From dffb7a18c909a76189e9184fb813f6d67b9e9747 Mon Sep 17 00:00:00 2001
From: adrien matta <matta@lpccaen.in2p3.fr>
Date: Fri, 11 Sep 2020 11:01:46 +0200
Subject: [PATCH] * Switching to 2016 nuclear mass table
---
NPLib/Physics/NPNucleus.cxx | 2 +-
NPLib/Physics/nubtab16.asc | 5626 +++++++++++++++++++++++++++++++++++
2 files changed, 5627 insertions(+), 1 deletion(-)
create mode 100644 NPLib/Physics/nubtab16.asc
diff --git a/NPLib/Physics/NPNucleus.cxx b/NPLib/Physics/NPNucleus.cxx
index 9f25c35cd..cf7029c70 100644
--- a/NPLib/Physics/NPNucleus.cxx
+++ b/NPLib/Physics/NPNucleus.cxx
@@ -199,7 +199,7 @@ void Nucleus::SetUp(string isotope){
ifstream inFile;
string Path = getenv("NPTOOL") ;
- string FileName = Path + "/NPLib/Physics/nubtab12.asc";
+ string FileName = Path + "/NPLib/Physics/nubtab16.asc";
inFile.open(FileName.c_str());
// reading the file
diff --git a/NPLib/Physics/nubtab16.asc b/NPLib/Physics/nubtab16.asc
new file mode 100644
index 000000000..414448a3b
--- /dev/null
+++ b/NPLib/Physics/nubtab16.asc
@@ -0,0 +1,5626 @@
+000 0000 gamma 0.0 0.0000 stbl 0+ 06 1932 IS=0.000000 00
+001 0000 1n 8071.3171 0.0005 613.9 s 0.6 1/2+ 06 1932 B-=100
+001 0010 1H 7288.9706 0.0001 stbl 1/2+ 06 11Be53d 1920 IS=99.9885 70
+002 0010 2H 13135.7217 0.0001 stbl 1+ 03 1932 IS=0.0115 70
+003 0010 3H 14949.8099 0.0002 12.32 y 0.02 1/2+ 00 1934 B-=100
+003 0020 3He 14931.2179 0.0002 stbl 1/2+ 98 1934 IS=0.000134 3
+003 0030 3Li 28670# 2000# p-unst 98 1969 p ?
+004 0010 4H 24620 100 139 ys 10 2- 98 03Me11t 1981 n=100
+004 0020 4He 2424.9156 0.0001 stbl 0+ 98 1908 IS=99.999866 3
+004 0030 4Li 25320 210 91 ys 9 2- 98 65Ce02t 1965 p=100
+005 0010 5H 32890 90 >910 ys (1/2+) 02 03Go11t 1987 2n=100
+005 0020 5He 11231 20 700 ys 30 3/2- 02 1937 n=100
+005 0030 5Li 11680 50 370 ys 30 3/2- 02 1941 p=100
+005 0040 5Be 37140# 2000# 1/2+# 02 p ?
+006 0010 6H 41880 250 290 ys 70 2-# 02 1984 n ?;3n ?
+006 0020 6He 17592.10 0.05 806.92 ms 0.24 0+ 02 15Pf01d 1936 B-=100;B-d=0.000278 18
+006 0030 6Li 14086.8789 0.0014 stbl 1+ 02 1921 IS=7.59 4
+006 0038W 6Lii 17649.76 0.10 3562.88 0.10 56 as 14 0+ T=1 02 81Ro02e 1981 IT=100
+006 0040 6Be 18375 5 5.0 zs 0.3 0+ 02 1958 2p=100
+006 0050 6B 47320# 2000# p-unst# 2-# 2p ?
+007 0010 7H 49140# 1000# 500# ys 1/2+# 2003 2n ?
+007 0020 7He 26073 8 2.51 zs 0.07 (3/2)- 03 12Ca05t 1967 n=100
+007 0030 7Li 14907.105 0.004 stbl 3/2- 03 1921 IS=92.41 4
+007 0038 7Lii 26150 30 11250 30 RQ 3/2- T=3/2 03
+007 0040 7Be 15769.00 0.07 53.22 d 0.06 3/2- 03 1938 EC=100
+007 0048 7Bei 26750 30 10980 30 RQ 3/2- T=3/2 03 p ?;3He ?;A ?
+007 0050 7B 27677 25 570 ys 14 (3/2-) 14 11Ch32t 1967 p=100
+008 0020 8He 31609.68 0.09 119.1 ms 1.2 0+ 05 1965 B-=100;B-n=16 1;B-t=0.9 1
+008 0030 8Li 20945.80 0.05 839.40 ms 0.36 2+ 05 10Fl01t 1935 B-=100;B-A=100
+008 0038 8Lii 31768 5 10822 5 RQ 0+ T=2 05
+008 0040 8Be 4941.67 0.04 81.9 as 3.7 0+ 05 1932 A=100
+008 0048W 8Bei 21568 3 16626 3 2+ frg T=1 04Ti06e 2004 A~100
+008 0049 8Bej 32436.0 2.0 27494.3 2.0 RQ 0+ T=2 05 n=39.4;d=27.0;3H=11.7;A=7.9;p=6.9;3He=6.6;IT=0.60
+008 0050 8B 22921.6 1.0 770 ms 3 2+ 05 1950 B+=100;B+A=100
+008 0058 8Bxi 33546 8 10624 8 RQ 0+ T=2 05 1975
+008 0060 8C 35064 18 3.5 zs 1.4 0+ 05 11Ch32t 1974 2p=100
+009 0020 9He 40940 50 2.5 zs 2.3 1/2(+) 06 16Ub01j 1987 n=100
+009 0030 9Li 24954.90 0.19 178.3 ms 0.4 3/2- 06 95Re.Ad 1951 B-=100;B-n=50.8 2
+009 0040 9Be 11348.45 0.08 stbl 3/2- 06 1921 IS=100.
+009 0048 9Bei 25738.8 1.7 14390.3 1.7 RQ 1.25 as 0.10 3/2- T=3/2 06 1976
+009 0050 9B 12416.5 0.9 800 zs 300 3/2- 06 1940 p=100
+009 0058 9Bxi 27071.0 2.3 14654.5 2.5 RQ 3/2- T=3/2 06
+009 0060 9C 28911.0 2.1 126.5 ms 0.9 (3/2-) 06 1964 B+=100;B+p=61.6;B+A=38.4
+010 0020 10He 49200 90 3.1 zs 2.0 0+ 07 1994 2n=100
+010 0030 10Li 33053 13 2.0 zs 0.5 (1-,2-) 07 94Yo01tj 1975 n=100
+010 0031 10Lim 33250 40 200 40 RQ 3.7 zs 1.5 1+ 07 97Zi04t 1994 IT=100
+010 0032 10Lin 33530 40 480 40 RQ 1.35 zs 0.24 (2+) 07 94Yo01t 1993 IT=100
+010 0040 10Be 12607.49 0.08 1.51 My 0.04 0+ 07 1935 B-=100
+010 0048 10Bei 33787 21 21179 21 RQ (2-) T=2 07 n ?;p ?;3H ?
+010 0050 10B 12050.609 0.015 stbl 3+ 07 1920 IS=19.9 7
+010 0058W 10Bxi 13790.66 0.04 1740.05 0.04 0+ T=1 07 IT=100
+010 0060 10C 15698.67 0.07 19.3009 s 0.0017 0+ 07 16Du10t 1949 B+=100
+010 0070 10N 38800 400 200 ys 140 (2-) 07 02Le16tj 2002 p ?
+011 0030 11Li 40728.3 0.6 8.75 ms 0.14 3/2- 12 12Ke01d 1966 B-=100;B-n=86.3 9;B-2n=4.1 4;B-3n=1.9 2;B-A=1.7 3;B-d=0.0130 13;B-t=0.0093 8
+011 0040 11Be 20177.17 0.24 13.76 s 0.07 1/2+ 12 81Al03d 1958 B-=100;B-A=2.9 4;B-p=0.00083 9;B-n ?
+011 0048 11Bei 41336 20 21158 20 RQ 0.93 zs 0.13 3/2- T=5/2 MMC162j 1997 IT ?
+011 0050 11B 8667.707 0.012 stbl 3/2- 12 1920 IS=80.1 7
+011 0058 11Bxi 21228 9 12560 9 RQ T=3/2 1/2+,(3/2+) 12 1963
+011 0059 11Bxj 42230 80 33570 80 2p 3/2- T=5/2 MMC146j
+011 0060 11C 10649.40 0.06 20.364 m 0.014 3/2- 12 1934 B+=100
+011 0068 11Cxi 22810 40 12160 40 RQ 1/2+ T=3/2 12 71Wa21d 1971 p=?
+011 0070 11N 24300 50 550 ys 20 1/2+ 12 1974 p=100
+011 0071W 11Nxm 25040 80 740 60 690 ys 80 1/2- 12 96Ax01etj1974 p=100
+012 0030 12Li 49010 30 <10 ns 00 74Bo05i 2008 n ?
+012 0040 12Be 25077.8 1.9 21.50 ms 0.04 0+ 00 01Be53t 1966 B-=100;B-n=0.50 3
+012 0041W 12Bem 27328.8 2.1 2251 1 229 ns 8 0+ 07Sh34ejt2007 IT=100
+012 0050 12B 13369.4 1.3 20.20 ms 0.02 1+ 00 66Sc23d 1935 B-=100;B-A=1.6 3
+012 0058 12Bxi 26088 19 12719 19 RQ 0+ T=2 00 08Ch28j
+012 0060 12C 0.0 0.0 stbl 0+ 00 1919 IS=98.93 8
+012 0068 12Cxi 15108 3 15108 3 RQ 1+ T=1 00 IT=?;A ?
+012 0069 12Cxj 27595.0 2.4 27595.0 2.4 RQ 0+ T=2 00
+012 0070 12N 17338.1 1.0 11.000 ms 0.016 1+ 00 66Sc23d 1949 B+=100;B+A=3.5 5
+012 0078 12Nxi 29534 29 12195 29 2p (0+) T=2 MMC142j
+012 0080 12O 31915 24 >6.3 zs 0+ 00 12Ja11t 1978 2p=60 30
+013 0030 13Li 56980 70 3.3 zs 1.2 3/2-# 08Ak03d 2008 2n=100
+013 0040 13Be 33659 10 1.0 zs 0.7 (1/2-) 10Ko17tj 1983 n ?
+013 0043 13Bep 35160 50 1500 50 RQ (5/2+) 1992
+013 0050 13B 16561.9 1.0 17.33 ms 0.17 3/2- 00 1956 B-=100;B-n=0.28 4
+013 0060 13C 3125.0088 0.0002 stbl 1/2- 01 1929 IS=1.07 8
+013 0068 13Cxi 18233.8 1.1 15108.8 1.1 RQ 3/2- T=3/2 00 IT=0.82 7;N ?;A ?
+013 0070 13N 5345.48 0.27 9.965 m 0.004 1/2- 00 1934 B+=100
+013 0078 13Nxi 20410.59 0.18 15065.1 0.3 RQ 3/2- T=3/2 00 IT=4.9 3;P ?;A ?
+013 0080 13O 23115 10 8.58 ms 0.05 (3/2-) 00 70Es03d 1963 B+=100;B+p=10.9 20
+014 0040 14Be 39950 130 4.35 ms 0.17 0+ 01 02Je11d 1973 B-=100;B-n=98 2;B-2n=0.8 08;B-3n=0.2 2;B-t=0.02 1;B-A<0.004
+014 0043 14Bep 41470 60 1520 150 RQ (2+) 95Bo10i 1995
+014 0050 14B 23664 21 12.5 ms 0.5 2- 01 95Re.Ad 1966 B-=100;B-n=6.04 23;B-2n ?
+014 0058 14Bxi 40728 20 17065 29 RQ 4.15 zs 1.9 0+ T=3 MMC162j 2001 IT ?
+014 0060 14C 3019.893 0.004 5.70 ky 0.03 0+ 01 1936 B-=100
+014 0068W 14Cxi 25120 100 22100 100 (2-) T=2 01 1989 IT=100
+014 0070 14N 2863.4167 0.0001 stbl 1+ 01 1920 IS=99.636 20
+014 0078W 14Nxi 5176.007 0.010 2312.590 0.010 0+ T=1 01 01Ba06e 1963 IT=100
+014 0080 14O 8007.781 0.025 70.620 s 0.013 0+ 01 13La23t 1949 B+=100
+014 0090 14F 31960 40 500 ys 60 2- 14 10Go16tj 2010 p ?
+015 0040 15Be 49830 170 790 ys 270 (5/2+) 15 13Sn02td 2013 n=100
+015 0050 15B 28958 21 9.93 ms 0.07 3/2- 02 95Re.Ad 1966 B-=100;B-n=93.6 12;B-2n=0.4 2
+015 0060 15C 9873.1 0.8 2.449 s 0.005 1/2+ 02 1950 B-=100
+015 0070 15N 101.4387 0.0006 stbl 1/2- 02 1929 IS=0.364 20
+015 0078 15Nxi 11717 4 11615 4 RQ 1/2+ T=3/2 02 n ?;p ?;IT=0.00523 19
+015 0080 15O 2855.6 0.5 122.24 s 0.16 1/2- 02 1934 B+=100
+015 0088W 15Oxi 14020# 40# 11165# 35# (1/2+) T=3/2 02 Imme e p=100
+015 0090 15F 16567 14 1.1 zs 0.3 1/2+ 02 04Go15j 1978 p=100
+015 0100 15Ne 40220 70 2p 770 ys 300 (3/2-) 14 14Wa09jd 2014 2p=100
+016 0040 16Be 57450 170 650 ys 130 0+ 15 12Sp02td 2012 2n=100
+016 0050 16B 37113 25 >4.6 zs 0-# 16 2000 n ?
+016 0060 16C 13694 4 747 ms 8 0+ 99 89Re.Ad 1961 B-=100;B-n=97.9 23
+016 0070 16N 5683.9 2.3 7.13 s 0.02 2- 99 16Re01d 1933 B-=100;B-A=0.00145 8
+016 0071W 16Nxm 5804.3 2.3 120.42 0.12 5.25 us 0.06 0- T=1 99 14Si.Ad 1957 IT~100;B-=0.00040 4
+016 0078 16Nxi 15613 7 9929 7 RQ 0+ T=2 99
+016 0080 16O -4737.0013 0.0001 stbl 0+ 99 1919 IS=99.757 16
+016 0088 16Oxi 8059 4 12796 4 RQ 0- T=1 99 IT=100
+016 0089 16Oxj 17984 4 22721 4 RQ 0+ T=2 99
+016 0090 16F 10680 8 11 zs 6 0- 99 1964 p=100
+016 0100 16Ne 23987 20 >5.7 zs 0+ 99 14Br19t 1977 2p=100
+017 0050 17B 43720 200 5.08 ms 0.05 (3/2-) 99 88Du09d 1973 B-=100;B-n=63 1;B-2n=11 7;B-3n=3.5 7;B-4n=0.4 3
+017 0060 17C 21032 17 193 ms 5 (3/2+) 99 01Ma08j 1968 B-=100;B-n=28.4 13;B-2n ?
+017 0070 17N 7870 15 4.173 s 0.004 1/2- 99 94Do08d 1949 B-=100;B-n=95 1;B-A=0.0025 4
+017 0080 17O -808.7635 0.0007 stbl 5/2+ 99 1925 IS=0.038 1
+017 0088 17Oxi 10270.02 0.17 11078.78 0.17 RQ 1/2- T=3/2 99 B- ?;N ?;IT=0.42 14
+017 0090 17F 1951.70 0.25 64.370 s 0.027 5/2+ 99 16Br01t 1934 B+=100
+017 0098 17Fxi 13144.7 1.9 11193.0 1.9 RQ 1/2- T=3/2 99
+017 0100 17Ne 16500.4 0.4 109.2 ms 0.6 1/2- 99 88Bo39d 1963 B+=100;B+p=96.0 9;B+A=2.7 9
+017 0110 17Na 35170 1000 3/2+# p ?
+018 0050 18B 51790 200 <26 ns (2-) 16 2010 n ?
+018 0060 18C 24920 30 92 ms 2 0+ 96 1969 B-=100;B-n=31.5 15;B-2n ?
+018 0070 18N 13113 19 619.2 ms 1.9 1- 96 05Li60td 1964 B-=100;B-n=7.0 15;B-A=12.2 6;B-2n ?
+018 0080 18O -782.8156 0.0007 stbl 0+ 96 1929 IS=0.205 14
+018 0088W 18Oxi 15495 20 16278 20 1- T=2 AHW e
+018 0090 18F 873.1 0.5 109.739 m 0.009 1+ 96 14Un01t 1937 B+=100
+018 0091W 18Fxm 1994.5 0.5 1121.36 0.15 162 ns 7 5+ 96 IT=100
+018 0098W 18Fxi 1914.7 0.5 1041.55 0.08 0+ T=1 96 IT=100
+018 0100 18Ne 5317.6 0.4 1664.20 ms 0.47 0+ 96 15La19t 1954 B+=100
+018 0110 18Na 25040 90 1.3 zs 0.4 1-# 15 04Ze05td 2004 p=?
+019 0050 19B 59770 530 2.92 ms 0.13 3/2-# 96 03Yo02td 1984 B-=100;B-n=71 9;B-2n=17 5;B-3n<9.1
+019 0060 19C 32410 100 46.2 ms 2.3 (1/2+) 96 88Du09td 1974 B-=100;B-n=47 3;B-2n=7 3
+019 0070 19N 15856 16 336 ms 3 1/2- 96 06Su12tjd1968 B-=100;B-n=41.8 9
+019 0080 19O 3332.9 2.6 26.470 s 0.006 5/2+ 96 13Uj01t 1936 B-=100
+019 0090 19F -1487.4442 0.0009 stbl 1/2+ 96 1920 IS=100.
+019 0098W 19Fxi 6052.2 0.9 7539.6 0.9 5/2+ T=3/2 96 IT=100
+019 0100 19Ne 1752.05 0.16 17.274 s 0.010 1/2+ 96 14Br06t 1939 B+=100
+019 0108 19Nei 9253 9 7501 9 RQ (5/2)+ T=3/2 96 MMC127j
+019 0110 19Na 12929 11 >1 as (5/2+) 15 10Mu12t 1969 p=100
+019 0120 19Mg 31830 50 5 ps 3 1/2-# 14 09Mu17td 2007 2p=100
+020 0050 20B 68450# 800# n ?;B-n ?;B-2n ?
+020 0060 20C 37500 230 16 ms 3 0+ 98 90Mu06td 1981 B-=100;B-n=70 11;B-2n<18.6
+020 0070 20N 21770 80 136 ms 3 98 06Su12td 1969 B-=100;B-n=42.9 14;B-2n ?
+020 0080 20O 3796.2 0.9 13.51 s 0.05 0+ 98 1959 B-=100
+020 0090 20F -17.463 0.030 11.163 s 0.008 2+ 98 98Ti06t 1935 B-=100
+020 0098 20Fxi 6503 3 6521 3 RQ 0+ T=2 98
+020 0100 20Ne -7041.9305 0.0016 stbl 0+ 98 1913 IS=90.48 3
+020 0108 20Nei 3230.5 2.0 10272.5 2.0 RQ 2+ T=1 98 IT=100
+020 0109 20Nej 9690.9 2.8 16732.8 2.8 RQ 0+ T=2 98 IT=100
+020 0110 20Na 6850.6 1.1 447.9 ms 2.3 2+ 98 89Cl02d 1950 B+=100;B+A=25.0 4
+020 0118 20Nai 13349.0 1.2 6498.4 0.5 p 0+ T=2 98 1979 p=100
+020 0120 20Mg 17477.7 1.9 93 ms 5 0+ 16 1974 B+=100;B+p=30.3 12
+021 0050 21B 77330# 900# <260ns 3/2-# 04 03Oz01i n ?
+021 0060 21C 45640# 600# <30ns 1/2+# 04 93Po.Ai n ?
+021 0070 21N 25230 130 84 ms 7 (1/2-) 15 1970 B-=100;B-n=90.5 42;B-2n ?
+021 0080 21O 8062 12 3.42 s 0.10 (5/2+) 04 1968 B-=100;B-n=0#
+021 0090 21F -47.6 1.8 4.158 s 0.020 5/2+ 04 1955 B-=100
+021 0100 21Ne -5731.78 0.04 stbl 3/2+ 04 1928 IS=0.27 1
+021 0108W 21Nei 3127.4 1.4 8859.2 1.4 T=3/2 (3/2,5/2)+ 04
+021 0110 21Na -2184.63 0.10 22.422 s 0.010 3/2+ 04 15Gr05t 1940 B+=100
+021 0118 21Nai 6790 4 8975 4 p 5/2+ T=3/2 04
+021 0120 21Mg 10903.8 0.8 118.6 ms 0.5 5/2+ 04 15Lu13d 1963 B+=100;B+p=32.6 10;B+A=?;B+pA=0.016 3
+021 0130 21Al 26990# 600# <35ns 5/2+# 04 93Po.Ai p ?
+022 0060 22C 53610 230 6.2 ms 1.3 0+ 15 1986 B-=100;B-n=61 14;B-2n<37
+022 0070 22N 31760 210 23 ms 3 0-# 15 1979 B-=100;B-n=34 3;B-2n=12 3
+022 0080 22O 9280 60 2.25 s 0.09 0+ 15 1969 B-=100;B-n<22
+022 0090 22F 2793 12 4.23 s 0.04 (4+) 15 1965 B-=100;B-n<11
+022 0100 22Ne -8024.719 0.018 stbl 0+ 15 1913 IS=9.25 3
+022 0108W 22Nei 5855 10 13880 10 4+ T=2 15 87Wi03e
+022 0110 22Na -5181.51 0.17 2.6018 y 0.0022 3+ 15 1935 B+=100
+022 0111W 22Nam -4598.46 0.20 583.05 0.10 243 ns 2 1+ 15 IT=100
+022 0118W 22Nai -4524.51 0.22 657.00 0.14 19.6 ps 0.7 0+ T=1 15 IT=100
+022 0120 22Mg -399.9 0.3 3.8755 s 0.0012 0+ 15 1961 B+=100
+022 0128 22Mgi 13645 6 14044 6 p (4)+ T=2 15 MMC12 j A=?;p=?
+022 0130 22Al 18200# 400# 91.1 ms 0.5 (4)+ 15 1982 B+=100;B+p=55 3;B+2p=1.10 11;B+A=0.038 17
+022 0140 22Si 33340# 500# 29 ms 2 0+ 15 1987 B+=100;B+p=32 4
+023 0060 23C 64170# 1000# 3/2+# n ?
+023 0070 23N 36720 420 13.9 ms 1.4 1/2-# 07 03Yo02td 1985 B-=100;B-n=42 6;B-2n=8 4;B-3n<3.4
+023 0080 23O 14620 120 97 ms 8 1/2+ 07 07Su05td 1970 B-=100;B-n=7 2
+023 0090 23F 3290 30 2.23 s 0.14 5/2+ 07 95Re.Ad 1970 B-=100;B-n<14
+023 0100 23Ne -5154.05 0.10 37.140 s 0.028 5/2+ 07 15La19t 1936 B-=100
+023 0110 23Na -9529.8525 0.0018 stbl 3/2+ 07 1921 IS=100.
+023 0118W 23Nai -1638.66 0.15 7891.19 0.15 5/2+ T=3/2 07 IT=100
+023 0119 23Naj 10060.6 2.0 19590.4 2.0 240 zs 120 T=5/2 85Ev01t
+023 0120 23Mg -5473.51 0.16 11.317 s 0.011 3/2+ 07 1939 B+=100
+023 0128W 23Mgi 2328.7 1.4 7802.2 1.4 5/2+ T=3/2 07 00Pe28d 1981 IT~100;p=0.17 8
+023 0130 23Al 6748.1 0.3 470 ms 30 5/2+ 07 1969 B+=100;B+p=0.46 23
+023 0138 23Ali 18530 60 11780 60 p (5/2)+ T=5/2 07 1997 p=0.10 5;2p=3.6 4
+023 0140 23Si 23700# 500# 42.3 ms 0.4 3/2+# 07 97Bl04td 1986 B+=100;B+p~88;B+2p=3.6 3
+024 0070 24N 46940# 400# <52ns 07 93Po.Ai n ?
+024 0080 24O 18500 160 77.4 ms 4.5 0+ 07 15Ca09td 1970 B-=100;B-n=43 4
+024 0090 24F 7540 100 384 ms 16 3+ 07 07Su05t 1970 B-=100;B-n<5.9
+024 0100 24Ne -5951.6 0.5 3.38 m 0.02 0+ 07 1956 B-=100[gs=0,m=100]
+024 0110 24Na -8417.901 0.017 14.957 h 0.004 4+ 07 14Un01t 1934 B-=100
+024 0111W 24Nam -7945.694 0.017 472.2074 0.0008 20.18 ms 0.10 1+ 07 1961 IT~100;B-=0.05
+024 0118W 24Nai -2450.53 0.13 5967.37 0.13 0+ T=2 07
+024 0120 24Mg -13933.569 0.013 stbl 0+ 07 1920 IS=78.99 4
+024 0128W 24Mgi -4417.29 0.04 9516.28 0.04 (4+) T=1 07
+024 0129W 24Mgj 1502.8 0.6 15436.4 0.6 0+ T=2 07
+024 0130 24Al -48.86 0.23 2.053 s 0.004 4+ 07 1953 B+=100;B+A=0.035 6;B+p=0.0016 3
+024 0131W 24Alm 376.94 0.25 425.8 0.1 130 ms 3 1+ 07 1968 IT=82.5 30;B+=17.5 30;B+A=0.028 6
+024 0138 24Ali 5900 3 5949 3 p 0+ T=2 07
+024 0140 24Si 10745 19 140 ms 8 0+ 07 98Cz01d 1979 B+=100;B+p=37.6 25
+024 0150 24P 33320# 500# 1+# p ?;B+ ?;B+p ?
+025 0070 25N 55980# 500# <260ns 1/2-# 09 99Sa06id n ?;2n ?;B- ?
+025 0080 25O 27330 170 5.18 zs 0.35 3/2+# 09 16Ko11t 2008 n=100
+025 0090 25F 11330 100 80 ms 9 (5/2+) 09 1970 B-=100;B-n=23.1 45;B-2n=0#
+025 0100 25Ne -2036 29 602 ms 8 1/2+ 09 1970 B-=100
+025 0110 25Na -9357.8 1.2 59.1 s 0.6 5/2+ 09 1943 B-=100
+025 0120 25Mg -13192.78 0.05 stbl 5/2+ 09 1920 IS=10.00 1
+025 0128W 25Mgi -5405.8 0.3 7787.0 0.3 5/2+ T=3/2 09
+025 0130 25Al -8915.97 0.06 7.183 s 0.012 5/2+ 09 1953 B+=100
+025 0138 25Ali -1014.9 1.8 7901.1 1.8 RQ 5/2+ T=3/2 09
+025 0140 25Si 3827 10 220 ms 3 5/2+ 09 1963 B+=100;B+p=35 2
+025 0150 25P 19740# 400# <30ns 1/2+# 09 93Po.Ai p ?
+026 0080 26O 34660 160 4.2 ps 3.3 0+ 16 13Ko10t 2012 2n=100
+026 0090 26F 18650 110 8.2 ms 0.9 1+ 16 1979 B-=100;B-n=13.5 40;B-2n=0.4#
+026 0091W 26Fxm 19290 110 643.4 0.1 2.2 ms 0.1 (4+) 16 2013 IT=82 11;B-=?;B-n=12 8
+026 0100 26Ne 481 18 197 ms 2 0+ 16 1970 B-=100;B-n=0.13 3
+026 0110 26Na -6861 4 1071.28 ms 0.25 3+ 16 1958 B-=100
+026 0111W 26Nam -6779 4 82.5 0.6 9 us 2 1+ 16 1987 IT=100
+026 0120 26Mg -16214.542 0.030 stbl 0+ 16 1920 IS=11.01 3
+026 0130 26Al -12210.15 0.07 717 ky 24 5+ 16 1934 B+=100
+026 0131 26Alm -11981.85 0.07 228.306 0.013 MD 6346.0 ms 0.8 0+ T=1 16 1934 B+=100
+026 0140 26Si -7141.02 0.11 2.2453 s 0.0007 0+ 16 1960 B+=100
+026 0148 26Sii 5926 11 13068 11 p (3+) T=2 16
+026 0150 26P 10970# 200# 43.7 ms 0.6 (3)+ 16 1983 B+=100;B+p=36.8 20;B+2p=2.16 24
+026 0151W 26Pxm 11130# 200# 164.4 0.1 120 ns 9 16 2014 IT=100
+026 0160 26S 27080# 600# <79ns 0+ 16 2p ?
+027 0080 27O 44670# 500# <260ns 3/2+# 99Sa06i n ?;2n ?
+027 0090 27F 25450 390 4.9 ms 0.2 5/2+# 11 98No.At 1981 B-=100;B-n=77 21;B-2n=5#
+027 0100 27Ne 7050 90 31.5 ms 1.3 (3/2+) 11 1977 B-=100;B-n=2.0 5;B-2n=0#
+027 0110 27Na -5518 4 301 ms 6 5/2+ 11 1968 B-=100;B-n=0.13 4
+027 0120 27Mg -14586.61 0.05 9.435 m 0.027 1/2+ 11 15ZaZYt 1934 B-=100
+027 0130 27Al -17196.86 0.05 stbl 5/2+ 11 1922 IS=100.
+027 0138W 27Ali -10383.1 0.7 6813.8 0.7 1/2+ T=3/2 11 IT=100
+027 0140 27Si -12384.50 0.11 4.15 s 0.04 5/2+ 11 1939 B+=100
+027 0148 27Sii -5759.5 2.3 6625.0 2.3 RQ 1/2+ T=3/2 11 1977 IT ?
+027 0150 27P -722 26 260 ms 80 1/2+ 11 1977 B+=100;B+p=0.07
+027 0158 27Pxi 12010 30 12730 40 p 5/2+ T=5/2 11 1991 IT ?
+027 0160 27S 17030# 400# 15.5 ms 1.5 (5/2+) 11 1986 B+=100;B+p=2.3 9;B+2p=1.1 5
+028 0080 28O 52080# 700# <100ns 0+ 13 98Po.Ai n ?;2n ?;B-=0
+028 0090 28F 33740 390 46 zs 13 n ?
+028 0100 28Ne 11300 130 20 ms 1 0+ 13 1979 B-=100;B-n=12 1;B-2n=3.7 5
+028 0110 28Na -988 10 30.5 ms 0.4 1+ 13 1969 B-=100;B-n=0.58 12
+028 0120 28Mg -15018.8 2.0 20.915 h 0.009 0+ 13 1953 B-=100
+028 0130 28Al -16850.64 0.08 2.245 m 0.005 3+ 13 1934 B-=100
+028 0138W 28Ali -10858.06 0.13 5992.58 0.10 0+ T=2 13
+028 0140 28Si -21492.7943 0.0005 stbl 0+ 13 1920 IS=92.223 19
+028 0145 28Sir -8951.75 0.05 12541.04 0.05 RQ (3+) 13
+028 0148W 28Sii -12176.87 0.10 9315.92 0.10 1.5 fs 0.6 3+ T=1 13
+028 0149W 28Sij -6265.8 1.0 15227 1 (0+) T=2 13 68Mc12d 1968 A=90 11;p=10 11
+028 0150 28P -7147.7 1.2 270.3 ms 0.5 3+ 13 79Ho27d 1953 B+=100;B+p=0.0013 4;B+A=0.00086 25
+028 0158 28Pxi -1261 20 5887 20 p 0+ T=2 13
+028 0160 28S 4070 160 125 ms 10 0+ 13 1982 B+=100;B+p=20.7 19
+028 0170 28Cl 27520# 600# 1+# p ?
+029 0090 29F 40150 530 2.5 ms 0.3 5/2+# 12 99Dl01d 1989 B-=100;B-n=60 40;B-2n=5#
+029 0100 29Ne 18400 150 14.7 ms 0.4 (3/2-) 12 05Tr13t 1985 B-=100;B-n=28 5;B-2n=4 1
+029 0110 29Na 2680 7 44.1 ms 0.9 3/2(+#) 12 95Re.Ad 1969 B-=100;B-n=25.9 23;B-2n=0#
+029 0120 29Mg -10603 11 1.30 s 0.12 3/2+ 12 1971 B-=100
+029 0130 29Al -18207.8 0.3 6.56 m 0.06 5/2+ 12 1939 B-=100
+029 0140 29Si -21895.0784 0.0006 stbl 1/2+ 12 1920 IS=4.685 8
+029 0148W 29Sii -13605 5 8290 5 5/2+ T=3/2 12 IT=100
+029 0150 29P -16952.8 0.4 4.142 s 0.015 1/2+ 12 1941 B+=100
+029 0158 29Pxi -8571.0 2.5 8381.8 2.4 RQ 5/2+ T=3/2 12 1969 IT=100
+029 0160 29S -3160 50 188 ms 4 5/2+# 12 79Vi01d 1964 B+=100;B+p=46.4 10
+029 0170 29Cl 13160 190 <10ps (1/2+) 16 15Mu13i p=100
+030 0090 30F 48110# 600# <260ns 10 99Sa06i n ?
+030 0100 30Ne 23280 250 7.22 ms 0.18 0+ 10 15St14t 1985 B-=100;B-n=13 4;B-2n=8.9 23
+030 0110 30Na 8475 5 48.4 ms 1.7 2+ 10 99Dl01t 1969 B-=100;B-n=30 4;B-2n=1.15 25;B-A=5.5e-5 2
+030 0120 30Mg -8884 3 313 ms 4 0+ 10 84La03d 1971 B-=100;B-n<0.06
+030 0130 30Al -15864.8 2.9 3.62 s 0.06 3+ 10 1961 B-=100
+030 0140 30Si -24432.960 0.022 stbl 0+ 10 1924 IS=3.092 11
+030 0150 30P -20200.85 0.07 2.498 m 0.004 1+ T=0 10 1934 B+=100
+030 0158W 30Pxi -19523.84 0.08 677.01 0.03 0+ T=1 10
+030 0160 30S -14059.25 0.21 1.1759 s 0.0017 0+ 10 11So11t 1961 B+=100
+030 0170 30Cl 4440# 200# <30ns 3+# 10 93Po.Ai p ?
+030 0180 30Ar 20930 210 <10ps 0+ 16 2015 2p=100
+031 0090 31F 56140# 550# 1# ms >260ns 5/2+# 13 1999 B- ?;B-n=10#;B-2n=0#
+031 0100 31Ne 31180 270 3.4 ms 0.8 (3/2-) 13 1996 B-=100;B-n=10#;B-2n=4#
+031 0110 31Na 12246 14 17.35 ms 0.40 3/2(+#) 13 93Kl02j 1969 B-=100;B-n=37.3 54;B-2n=0.87 24;B-3n<0.05
+031 0120 31Mg -3122 3 236 ms 20 1/2(+) 13 1977 B-=100;B-n=6.2 19
+031 0130 31Al -14950.7 2.2 644 ms 25 5/2(+) 13 1971 B-=100;B-n<1.6
+031 0140 31Si -22949.04 0.04 157.36 m 0.26 3/2+ 13 1934 B-=100
+031 0150 31P -24440.5410 0.0007 stbl 1/2+ 13 1920 IS=100.
+031 0158W 31Pxi -18059.7 2.0 6380.8 2.0 3/2+ T=3/2 13 IT=100
+031 0160 31S -19042.52 0.23 2.5534 s 0.0018 1/2+ 13 1940 B+=100
+031 0168W 31Sxi -12761.9 0.6 6280.60 0.60 3/2+ T=3/2 13
+031 0170 31Cl -7035 3 190 ms 1 3/2+ 13 1977 B+=100;B+p=2.4 2
+031 0178 31Cli 5256 3 12291 5 RQ 3/2+ T=5/2
+031 0180 31Ar 11330# 200# 15.1 ms 0.3 5/2+ 13 14Ko17t 1986 B+=100;B+p=68.3 3;B+2p=9.0 2;B+pA<0.38;B+3p=0.07 2;B+A<0.03;2p<0.0006
+032 0100 32Ne 37000# 500# 3.5 ms 0.9 0+ 11 1990 B-=100;B-n=30#;B-2n=7#
+032 0110 32Na 18640 40 12.9 ms 0.3 (3-) 11 08Tr04tj 1972 B-=100;B-n=24 7;B-2n=8 2
+032 0120 32Mg -829 3 86 ms 5 0+ 11 1977 B-=100;B-n=5.5 5
+032 0130 32Al -11099 7 33.0 ms 0.2 1+ 11 1971 B-=100;B-n=0.7 5
+032 0131W 32Alm -10142 7 956.6 0.5 200 ns 20 (4+) 11 1996 IT=100
+032 0140 32Si -24077.69 0.30 153 y 19 0+ 11 1953 B-=100
+032 0150 32P -24304.87 0.04 14.268 d 0.005 1+ 11 1934 B-=100
+032 0158W 32Pxi -19232.43 0.07 5072.44 0.06 0+ T=2 11 IT=100
+032 0160 32S -26015.5336 0.0013 stbl 0+ 11 1920 IS=94.99 26
+032 0168W 32Sxi -19014.1 0.4 7001.4 0.4 1+ T=1 11 IT=100
+032 0169W 32Sxj -13967.57 0.28 12047.96 0.28 0+ T=2 11 IT=100
+032 0170 32Cl -13334.7 0.6 298 ms 1 1+ 11 1953 B+=100;B+A=0.054 8;B+p=0.026 5
+032 0178W 32Cli -8288.4 0.7 5046.3 0.3 0+ T=2 11 IT=100
+032 0180 32Ar -2200.4 1.8 98 ms 2 0+ 11 1977 B+=100;B+p=35.58 0.22
+032 0190 32K 21100# 400# 1+# p ?
+032 0191W 32Kxm 22050# 410# 950# 100# 4+# Mirrori p ?
+033 0100 33Ne 46000# 600# <260ns 7/2-# 11 02No11i n ?
+033 0110 33Na 23780 450 8.2 ms 0.4 (3/2+) 11 1972 B-=100;B-n=47 6;B-2n=13 3
+033 0120 33Mg 4962.3 2.9 90.5 ms 1.6 3/2- 11 1979 B-=100;B-n=14 2;B-2n=3#
+033 0130 33Al -8497 7 41.7 ms 0.2 5/2+ 11 06Hi18j 1971 B-=100;B-n=8.5 7
+033 0140 33Si -20514.3 0.7 6.18 s 0.18 3/2+ 11 1971 B-=100
+033 0150 33P -26337.3 1.1 25.35 d 0.11 1/2+ 11 1951 B-=100
+033 0160 33S -26585.8543 0.0014 stbl 3/2+ 11 1926 IS=0.75 2
+033 0168W 33Sxi -21106.06 0.13 5479.79 0.13 1/2+ T=3/2 11 IT=100
+033 0170 33Cl -21003.3 0.4 2.5038 s 0.0022 3/2+ 11 15Gr14t 1940 B+=100
+033 0178 33Cli -15454.9 0.5 5548.4 0.4 RQ 1/2+ T=3/2 11 IT=100
+033 0180 33Ar -9384.3 0.4 173.0 ms 2.0 1/2+ 11 1964 B+=100;B+p=38.7 10
+033 0190 33K 7040# 200# <25ns 3/2+# 11 93Po.Ai p ?
+034 0100 34Ne 52840# 510# 1# ms >1.5us 0+ 12 02Le.Ai 2002 B- ?;B-2n=40#;B-n=1#
+034 0110 34Na 31680 600 5.5 ms 1.0 1+ 12 GAu03 d 1983 B-=100;B-2n~50;B-n~15
+034 0120 34Mg 8323 29 20 ms 10 0+ 12 1979 B-=100;B-n=30#;B-2n=0.4#
+034 0130 34Al -3000 3 56.3 ms 0.5 (4-) 12 1977 B-=100;B-n=26 4;B-2n=0.4#
+034 0131W 34Alm -2450# 100# 550# 100# 26 ms 1 (1+) 12Ro25tj 2012 B-~100;B-n=30#;B-2n=0.4#
+034 0140 34Si -19957 14 2.77 s 0.20 0+ 12 1971 B-=100
+034 0141W 34Sim -15701 14 4256.1 0.4 <210 ns (3-) 12 1989 IT=100
+034 0150 34P -24548.7 0.8 12.43 s 0.10 1+ 12 1945 B-=100
+034 0160 34S -29931.69 0.04 stbl 0+ 12 1926 IS=4.25 24
+034 0170 34Cl -24440.08 0.05 1.5266 s 0.0004 0+ T=1 12 1934 B+=100
+034 0171 34Clm -24293.72 0.05 146.360 0.027 MD 31.99 m 0.03 3+ T=0 12 1965 B+=55.4 6;IT=44.6 6
+034 0180 34Ar -18378.29 0.08 843.8 ms 0.4 0+ 12 1966 B+=100
+034 0188 34Ari -10444 5 7934 5 RQ 1+# T=2 12 1969 B+ ?;IT ?
+034 0190 34K -1220# 200# <40ns 1+# 12 93Po.Ai p ?
+034 0200 34Ca 13850# 300# <35ns 0+ 12 93Po.Ai 2p ?
+035 0110 35Na 38230# 670# 1.5 ms 0.5 3/2+# 11 1983 B-=100;B-n=60#;B-2n=10#
+035 0120 35Mg 15640 270 70 ms 40 7/2-# 11 1989 B-=100;B-n=52 46;B-2n=20#
+035 0130 35Al -224 7 37.2 ms 0.8 5/2+# 11 1979 B-=100;B-n=38 2;B-2n=0.2#
+035 0140 35Si -14390 40 780 ms 120 7/2-# 15 95Re.Ad 1971 B-=100;B-n<5
+035 0150 35P -24857.8 1.9 47.3 s 0.8 1/2+ 11 1971 B-=100
+035 0160 35S -28846.21 0.04 87.37 d 0.04 3/2+ 11 1936 B-=100
+035 0168 35Sxi -19691 10 9155 10 RQ T=5/2 (1/2:9/2)+ 11 1975
+035 0170 35Cl -29013.53 0.04 stbl 3/2+ 11 1919 IS=75.76 10
+035 0178W 35Cli -23359.05 0.22 5654.48 0.22 3/2+ T=3/2 11 IT=100
+035 0180 35Ar -23047.3 0.7 1.7756 s 0.0010 3/2+ 11 1940 B+=100
+035 0188W 35Ari -17474.6 0.7 5572.66 0.15 3/2+ T=3/2 11 IT=100
+035 0190 35K -11172.9 0.5 178 ms 8 3/2+ 11 06Me04j 1976 B+=100;B+p=0.37 15
+035 0198 35Kxi -2110 40 9060 40 2p 3/2+ T=5/2
+035 0200 35Ca 4790# 200# 25.7 ms 0.2 1/2+# 11 1985 B+=100;B+p=95.9 14;B+2p=4.1 6
+036 0110 36Na 46300# 680# <180ns 12 n ?
+036 0120 36Mg 20380 690 3.9 ms 1.3 0+ 12 1989 B-=100;B-n=30#;B-2n=3#
+036 0130 36Al 5950 150 90 ms 40 12 1979 B-=100;B-n<30;B-2n=7#
+036 0140 36Si -12440 70 450 ms 60 0+ 12 95Re.Ad 1971 B-=100;B-n=12 5
+036 0150 36P -20251 13 5.6 s 0.3 4- 12 15Ch56j 1971 B-=100;B-n=0#
+036 0160 36S -30664.13 0.19 stbl 0+ 12 1938 IS=0.01 1
+036 0170 36Cl -29522.01 0.04 301.3 ky 1.5 2+ 12 1941 B-=98.1 1;B+=1.9 1
+036 0178W 36Cli -25222.34 0.04 4299.667 0.014 (0)+ T=2 12 IT=100
+036 0180 36Ar -30231.540 0.027 stbl 0+ 12 1920 IS=0.3336 21;2B+ ?
+036 0188W 36Ari -23620.5 0.3 6611.0 0.3 2+ T=1 12 IT=100
+036 0189 36Arj -19379.4 1.2 10852.2 1.2 RQ 0+ T=2 12 IT=100
+036 0190 36K -17417.1 0.3 341 ms 3 2+ 12 1967 B+=100;B+p=0.048 14;B+A=0.0034 13
+036 0198 36Kxi -13134.5 2.4 4282.6 2.4 p 0+ T=2 12 p=100
+036 0200 36Ca -6450 40 101.2 ms 1.5 0+ 12 07Do17t 1977 B+=100;B+p=51.2 10
+036 0210 36Sc 15350# 300# p ?
+037 0110 37Na 53530# 690# 1# ms >1.5us 3/2+# 12 02Le.Ai 2002 B- ?;B-n=100#;B-2n=50#
+037 0120 37Mg 28210 700 8 ms 4 (3/2-) 12 14Ko14j 1996 B- ?;B-n=80#;B-2n=20#
+037 0130 37Al 9810 180 11.5 ms 0.4 5/2+# 12 15St14td 1979 B-=100;B-n>29 3;B-2n>1 1
+037 0140 37Si -6570 110 90 ms 60 7/2-# 15 1979 B-=100;B-n=17 13;B-2n=0.2#
+037 0150 37P -19000 40 2.31 s 0.13 (1/2+) 12 15Ch56j 1971 B-=100;B-n=0.02#
+037 0160 37S -26896.42 0.20 5.05 m 0.02 7/2- 12 1945 B-=100
+037 0170 37Cl -31761.54 0.05 stbl 3/2+ 12 1919 IS=24.24 10
+037 0178 37Cli -21539.7 0.3 10221.8 0.3 RQ 7/2- T=5/2 12 1984 IT=100
+037 0180 37Ar -30947.66 0.21 35.011 d 0.019 3/2+ 12 1941 EC=100
+037 0188 37Ari -25956 6 4992 6 RQ 3/2+* T=3/2 12 14Kr04j 1973
+037 0190 37K -24800.20 0.09 1.2365 s 0.0009 3/2+ 12 14Sh25t 1958 B+=100
+037 0198 37Kxi -19749.9 0.8 5050.3 0.8 RQ 3/2+ T=3/2 12 1973 IT=100
+037 0200 37Ca -13136.1 0.6 181.1 ms 1.0 3/2+# 12 1964 B+=100;B+p=82.1 7
+037 0210 37Sc 3520# 300# 7/2-# p ?
+038 0120 38Mg 34070# 500# 1# ms >260ns 0+ 13 2002 B-=100#;B-n=80#;B-2n=7#
+038 0130 38Al 16210 370 9.0 ms 0.7 08 15St14t 1989 B-=100;B-n=0#;B-2n=10#
+038 0140 38Si -4170 100 90# ms >1us 0+ 08 1979 B-=100#;B-n=30#
+038 0150 38P -14620 70 640 ms 140 (2-) 08 15Ch56j 1971 B-=100;B-n=12 5
+038 0160 38S -26861 7 170.3 m 0.7 0+ 08 1958 B-=100
+038 0170 38Cl -29798.10 0.10 37.24 m 0.05 2- 08 1940 B-=100
+038 0171W 38Clm -29126.73 0.10 671.365 0.008 715 ms 3 5- 08 1954 IT=100
+038 0178 38Cli -21590 24 8208 24 RQ 0+ T=3 08
+038 0180 38Ar -34714.82 0.19 stbl 0+ 08 1934 IS=0.0629 7
+038 0188W 38Ari -24083.9 0.9 10630.9 0.9 (2-) T=2 08
+038 0189 38Arj -15940 30 18780 30 RQ 0+ T=3 08
+038 0190 38K -28800.75 0.20 7.636 m 0.018 3+* T=0 08 14Kr04j 1937 B+=100
+038 0191 38Kxm -28670.61 0.20 130.15 0.04 MD 924.46 ms 0.14 0+ T=1 08 10Ba43t 1953 B+=100
+038 0192W 38Kxn -25342.61 0.26 3458.14 0.17 21.95 us 0.11 (7)+ 08 1971 IT=100
+038 0200 38Ca -22058.50 0.19 443.70 ms 0.25 0+ 08 15Bl02t 1966 B+=100
+038 0210 38Sc -4250# 200# <300ns 2-# 08 94Bl10i p ?
+038 0211W 38Scm -3580# 220# 670# 100# 5-# Mirrori IT ?;p ?
+038 0220 38Ti 10870# 300# <120ns 0+ 08 96Bl21i 2p ?
+039 0120 39Mg 42280# 510# <180ns 7/2-# 07 n ?
+039 0130 39Al 20650# 400# 7.6 ms 1.6 5/2+# 11 1989 B-=100;B-n=90#;B-2n=1#
+039 0140 39Si 2320 140 47.5 ms 2.0 5/2-# 15 1979 B-=100;B-n=25#;B-2n=2#
+039 0150 39P -12770 110 282 ms 24 1/2+# 06 04Gr20t 1977 B-=100;B-n=26 8
+039 0160 39S -23160 50 11.5 s 0.5 (7/2)- 06 1971 B-=100
+039 0170 39Cl -29800.2 1.7 56.2 m 0.6 3/2+ 06 1949 B-=100
+039 0180 39Ar -33242 5 269 y 3 7/2- 06 1950 B-=100
+039 0188 39Ari -24161 7 9081 9 RQ T=5/2 3/2+ 06 MMC149j
+039 0190 39K -33807.190 0.005 stbl 3/2+* 06 14Kr04j 1921 IS=93.2581 44
+039 0198W 39Kxi -27261.2 2.0 6546 2 7/2- T=3/2 06 IT=100
+039 0200 39Ca -27282.7 0.6 860.3 ms 0.8 3/2+ 06 10Bl09t 1943 B+=100
+039 0208W 39Cai -20917# 9# 6366# 9# 3/2+ T=3/2 Imme e
+039 0210 39Sc -14173 24 <300 ns 7/2-# 06 GAu128d 1988 p=100
+039 0218 39Sci -5050 40 9120 50 2p (3/2+) T=5/2 06
+039 0220 39Ti 2200# 200# 28.5 ms 0.9 3/2+# 06 07Do17td 1990 B+=100;B+p=93.7 28;B+2p=15#
+040 0120 40Mg 48350# 500# 1# ms >170ns 0+ 07 14Cr02i 2007 B- ?;B-n=100#;B-2n=50#
+040 0130 40Al 27590# 400# 10# ms >260ns 04 2002 B- ?;B-n=0#;B-2n=90#
+040 0140 40Si 5430 350 33.0 ms 1.0 0+ 06 04Gr20td 1989 B-=100;B-n=40#;B-2n=60#
+040 0150 40P -8110 150 150 ms 8 (2-,3-) 04 1979 B-=100;;B-n=15.8 21;B-2n=2#
+040 0160 40S -22838 4 8.8 s 2.2 0+ 04 1971 B-=100
+040 0170 40Cl -27560 30 1.35 m 0.02 2- 04 1956 B-=100
+040 0180 40Ar -35039.8946 0.0022 stbl 0+ 04 1920 IS=99.6035 25
+040 0190 40K -33535.49 0.06 1.248 Gy 0.003 4-* 04 14Kr04j 1935 IS=0.0117 1;B-=89.28 13;B+=10.72 13
+040 0191W 40Kxm -31891.85 0.06 1643.639 0.011 336 ns 12 0+ 04 1968 IT=100
+040 0198W 40Kxi -29151.5 0.3 4384.0 0.3 0+ T=2 04 IT=100
+040 0200 40Ca -34846.384 0.021 stbl >5.9Zy 0+ 04 99Be64t 1922 IS=96.94 16;2B+ ?
+040 0208W 40Cai -27188.20 0.05 7658.18 0.05 4- T=1 04 AHW e IT=100
+040 0209W 40Caj -22858.4 1.0 11988 1 0+ T=2 04 IT=100
+040 0210 40Sc -20523.3 2.8 182.3 ms 0.7 4- 04 1955 B+=100;B+p=0.44 7;B+A=0.017 5
+040 0218 40Sci -16164 6 4359 6 RQ 0+ T=2 04 IT=100
+040 0220 40Ti -8850 160 52.4 ms 0.3 0+ 04 07Do17td 1982 B+=100;B+p=95.8 13
+040 0230 40V 12170# 300# 2-# p ?
+041 0130 41Al 33420# 500# 2# ms >260ns 5/2+# 16 2002 B- ?;B-n=50#;B-2n=10#
+041 0140 41Si 12120 550 20.0 ms 2.5 7/2-# 16 1989 B-=100;B-n=45#;B-2n=10#
+041 0150 41P -4980 120 101 ms 5 1/2+# 16 1979 B-=100;B-n=30 10;B-2n=0.2#
+041 0160 41S -19009 4 1.99 s 0.05 7/2-# 16 1979 B-=100;B-n=0.1#
+041 0170 41Cl -27310 70 38.4 s 0.8 (1/2+) 16 1971 B-=100
+041 0180 41Ar -33067.5 0.3 109.61 m 0.04 7/2- 16 1936 B-=100
+041 0190 41K -35559.543 0.004 stbl 3/2+* 16 14Kr04j 1921 IS=6.7302 44
+041 0198 41Kxi -27210 15 8349 15 RQ 7/2- T=5/2 16 75Me10j 1975
+041 0200 41Ca -35137.89 0.14 99.4 ky 1.5 7/2- 16 1939 EC=100
+041 0208W 41Cai -29320.8 0.5 5817.1 0.5 <28 fs 3/2+ T=3/2 16 IT=100
+041 0210 41Sc -28642.41 0.08 596.3 ms 1.7 7/2- 16 1941 B+=100
+041 0215 41Scr -25760.09 0.09 2882.32 0.05 RQ 7/2+ 16 P=59 2;IT=41 2
+041 0218 41Sci -22704 3 5939 3 RQ 3/2+ T=3/2 16 p=100
+041 0220 41Ti -15698 28 81.9 ms 0.5 3/2+ 16 07Do17d 1964 B+=100;B+p=91.1 6
+041 0230 41V 320# 200# 7/2-# p ?
+042 0130 42Al 40100# 600# 1# ms >170ns 16 2007 B- ?;B-n=30#;B-2n=40#
+042 0140 42Si 16470# 500# 12.5 ms 3.5 0+ 16 1990 B-=100;B-n=40#;B-2n=60#
+042 0150 42P 1010 310 48.5 ms 1.5 16 1979 B-=100;B-n=50 20;B-2n=20#
+042 0160 42S -17637.7 2.8 1.016 s 0.015 0+ 16 1979 B-=100;B-n<4
+042 0170 42Cl -24830 60 6.8 s 0.3 (2-) 16 1971 B-=100;B-n=0#
+042 0180 42Ar -34423 6 32.9 y 1.1 0+ 16 1952 B-=100
+042 0190 42K -35022.03 0.11 12.355 h 0.007 2-* 16 14Kr04j 1935 B-=100
+042 0198W 42Kxi -28570 100 6450 100 (0+) T=3 16
+042 0200 42Ca -38547.24 0.15 stbl 0+ 16 1934 IS=0.647 23
+042 0208W 42Cai -28797 10 9750 10 (2-) T=2 16
+042 0210 42Sc -32121.15 0.17 680.79 ms 0.28 0+ T=1 16 1955 B+=100
+042 0211 42Scm -31504.83 0.18 616.32 0.06 MD 61.7 s 0.4 7+ 16 1963 B+=100
+042 0215 42Scr -26044.89 0.17 6076.26 0.07 RQ (2+,3+,4+) 16 IT=100
+042 0220 42Ti -25104.67 0.28 208.65 ms 0.80 0+ 16 1964 B+=100
+042 0230 42V -7620# 200# <55ns 2-# 16 92Bo37i p ?
+042 0240 42Cr 6730# 400# 13.3 ms 1.0 0+ 16 1996 B+~100;B+p=94.4 50;2p ?
+043 0130 43Al 47020# 800# 1# ms >170ns 5/2+# 15 2007 B- ?;B-n=100#;B-2n=50#
+043 0140 43Si 23100# 600# 15# ms >260ns 3/2-# 15 02No11i 2002 B- ?;B-n=40#;B-2n=30#
+043 0150 43P 4680 550 35.8 ms 1.3 (1/2+) 15 04Gr20t 1989 B-=100;B-n=100;B-2n=10#
+043 0160 43S -12195 5 265 ms 13 3/2-# 15 1979 B-=100;B-n=40 10
+043 0161W 43Sxm -11874 5 320.7 0.5 415.0 ns 2.6 (7/2-) 15 09Ga05j 2000 IT=100
+043 0170 43Cl -24160 60 3.13 s 0.09 (3/2+) 15 06Wi10j 1976 B-=100;B-n=2#
+043 0180 43Ar -32010 5 5.37 m 0.06 5/2(-) 15 1969 B-=100
+043 0190 43K -36575.4 0.4 22.3 h 0.1 3/2+* 01 14Kr04j 1949 B-=100
+043 0191W 43Kxm -35837.1 0.4 738.30 0.06 200 ns 5 7/2- 15 1978 IT=100
+043 0200 43Ca -38408.82 0.23 stbl 7/2- 15 1934 IS=0.135 10
+043 0208 43Cai -30414 14 7995 14 RQ (3/2)+ T=5/2 15
+043 0210 43Sc -36188.1 1.9 3.891 h 0.012 7/2- 15 1935 B+=100
+043 0211W 43Scm -36036.3 1.9 151.79 0.08 438 us 5 3/2+ 15 77Mi10t 1964 IT=100
+043 0212W 43Scn -33064.4 1.9 3123.73 0.15 472 ns 3 19/2- 15 08Fe02t 1978 IT=100
+043 0218 43Sci -31956 3 4232 4 RQ 7/2- T=3/2 15
+043 0220 43Ti -29321 7 509 ms 5 7/2- 15 1948 B+=100;B+p ?
+043 0221W 43Tim -29008 7 313.0 1.0 11.9 us 0.3 (3/2+) 15 1978 IT=100
+043 0222W 43Tin -26255 7 3066.4 1.0 556 ns 6 (19/2-) 15 1978 IT=100
+043 0228W 43Tii -24610# 50# 4710# 50# 7/2-# T=3/2
+043 0230 43V -17920 40 79.3 ms 2.4 7/2-# 15 07Do17d 1987 B+=100;B+p<2.5
+043 0238 43Vxi -9705 15 8210 50 RQ 3/2+ T=5/2
+043 0240 43Cr -1970# 400# 21.1 ms 0.3 (3/2+) 15 11Po01t 1992 B+=100;B+p=79.3 30;B+2p=11.6 10;B+3p=0.13 +18-8;B+A ?
+044 0140 44Si 28510# 600# 10# ms >360ns 0+ 11 2007 B- ?;B-n=100#;B-2n=50#
+044 0150 44P 10450# 500# 18.5 ms 2.5 11 1989 B-=100;B-n=20#;B-2n=70#
+044 0160 44S -9204 5 100 ms 1 0+ 11 1979 B-=100;B-n=18 3
+044 0161W 44Sxm -7839 5 1365.0 0.8 2.619 us 0.026 0+ 11 2005 IT=100
+044 0170 44Cl -20380 140 560 ms 110 (2-) 11 1979 B-=100;B-n<8
+044 0180 44Ar -32673.3 1.6 11.87 m 0.05 0+ 11 1969 B-=100
+044 0190 44K -35781.5 0.4 22.13 m 0.19 2-* 11 14Kr04j 1954 B-=100
+044 0200 44Ca -41468.7 0.3 stbl 0+ 11 1922 IS=2.09 11
+044 0208W 44Cai -29619 10 11850 10 2- T=3 11
+044 0210 44Sc -37816.0 1.8 4.0420 h 0.0025 2+ 11 16Ga24t 1937 B+=100
+044 0211W 44Scm -37748.1 1.8 67.8679 0.0014 154.8 ns 0.8 1- 11 1967 IT=100
+044 0212W 44Scn -37669.8 1.8 146.1914 0.0020 51.0 us 0.3 0- 11 1963 IT=100
+044 0213W 44Scp -37544.8 1.8 271.240 0.010 58.61 h 0.10 6+ 11 1940 IT=98.80 7;B+=1.20 7
+044 0218 44Sci -35038.2 2.5 2778 3 RQ 0+ T=2 11
+044 0220 44Ti -37548.6 0.7 59.1 y 0.3 0+ 11 1954 EC=100
+044 0228W 44Tii -30942.2 0.9 6606.4 0.5 2+ T=1 11 IT=100
+044 0229W 44Tij -28210.6 2.1 9338 2 0+ frg T=2 11 IT=100
+044 0230 44V -24120 180 * 111 ms 7 (2)+ 11 1971 B+=100;B+A=?;B+p ?
+044 0231W 44Vxm -23850# 210# 270# 100# * 150 ms 3 (6)+ 11 1997 B+=100
+044 0232W 44Vxn -23970# 210# 150# 100# 0-# Mirrori
+044 0238 44Vxi -21124 13 2990 180 p 0+# T=2 92Bo37d 1992 p=100
+044 0240 44Cr -13360# 300# 42.8 ms 0.6 0+ 11 07Do17d 1987 B+=100;B+p=14.0 9
+044 0250 44Mn 7030# 500# <105ns 2-# 11 p ?
+045 0140 45Si 37490# 700# 1# ms 3/2-# B- ?;B-n=100#;B-2n=50#
+045 0150 45P 15600# 500# 8# ms >200ns 1/2+# 08 1990 B- ?;B-n=30#;B-2n=30#
+045 0160 45S -3990 1040 68 ms 2 3/2-# 08 1989 B-=100;B-n=54;B-2n=4#
+045 0170 45Cl -18260 140 413 ms 25 (3/2+) 08 12Ri08j 1979 B-=100;B-n=24 4
+045 0180 45Ar -29770.8 0.5 21.48 s 0.15 (5/2-,7/2-) 08 1974 B-=100
+045 0190 45K -36615.6 0.5 17.8 m 0.6 3/2+* 08 14Kr04j 1964 B-=100
+045 0200 45Ca -40812.2 0.4 162.61 d 0.09 7/2- 08 1940 B-=100
+045 0210 45Sc -41071.9 0.7 stbl 7/2- 08 1923 IS=100.
+045 0211W 45Scm -41059.5 0.7 12.40 0.05 318 ms 7 3/2+ 08 1964 IT=100
+045 0218W 45Sci -34373 15 6699 15 7/2- T=5/2 08
+045 0220 45Ti -39009.8 0.8 184.8 m 0.5 7/2- 08 1941 B+=100
+045 0221W 45Tim -38973.3 0.8 36.53 0.15 3.0 us 0.2 3/2- 08 2006 IT=100
+045 0228 45Tii -34291 3 4719 3 RQ 7/2- T=3/2 08
+045 0230 45V -31886.0 0.9 547 ms 6 7/2- 08 1975 B+=100
+045 0231W 45Vxm -31829.2 1.1 56.8 0.6 512 ns 13 (3/2-) 08 11Ho02t 1980 IT=100
+045 0238 45Vxi -27090 9 4796 9 RQ 7/2- T=3/2 08 p=100
+045 0240 45Cr -19510 40 * 60.9 ms 0.4 7/2-# 08 1974 B+=100;B+p=34.4 8
+045 0241W 45Crm -19400 40 107 1 * >80 us (3/2) 11 11Ho02etj2011 IT=100
+045 0250 45Mn -5250# 400# <70ns 7/2-# 08 92Bo37i p ?
+045 0260 45Fe 13760# 400# 2.2 ms 0.3 3/2+# 08 05Do20t 1996 2p=57 10;B+<43;B+p<43;B+p=25 5
+046 0150 46P 22970# 700# 4# ms >200ns 00 90Le03i 1990 B- ?;B-n=0#;B-2n=90#
+046 0160 46S 340# 500# 50 ms 8 0+ 10 1989 B-=100;B-n=70#;B-2n=3#
+046 0170 46Cl -13860 210 232 ms 2 2-# 12 1989 B-=100;B-n=60 9;B-2n=0.3#
+046 0180 46Ar -29772.9 1.1 8.4 s 0.6 0+ 00 1974 B-=100
+046 0190 46K -35413.9 0.7 105 s 10 2-* 00 14Pa45j 1965 B-=100
+046 0200 46Ca -43139.4 2.2 stbl 0+ 00 1938 IS=0.004 3;2B- ?
+046 0210 46Sc -41761.2 0.7 83.80 d 0.03 4+ 00 14Un01t 1936 B-=100
+046 0211W 46Scm -41709.2 0.7 52.011 0.001 9.4 us 0.8 6+ 00 1966 IT=100
+046 0212W 46Scn -41618.7 0.7 142.528 0.007 18.75 s 0.04 1- 00 1948 IT=100
+046 0218 46Sci -36748 4 5013 4 RQ 0+ T=3 00
+046 0220 46Ti -44127.80 0.16 stbl 0+ 00 1934 IS=8.25 3
+046 0228 46Tii -34962 7 9166 7 RQ 4+ T=2 00
+046 0229 46Tij -29977 6 14151 6 RQ 0+ T=3 00
+046 0230 46V -37075.35 0.20 422.64 ms 0.05 0+ T=1 00 12Pa07t 1952 B+=100
+046 0231W 46Vxm -36273.89 0.22 801.46 0.10 1.02 ms 0.07 3+ T=0 00 1962 IT=100
+046 0240 46Cr -29472 11 224.3 ms 1.3 0+ 10 15Mo01t 1972 B+=100
+046 0248 46Cri -20328 13 9144 17 RQ (4+) T=2 10 p=?
+046 0250 46Mn -12570# 400# * 36.2 ms 0.4 (4+) 10 1987 B+=100;B+p=57.0 8;B+2p~18;B+A ?
+046 0251W 46Mnm -12420# 410# 150# 100# * 1# ms 1-# B+ ?
+046 0258 46Mni -7390 50 5180# 400# p T=3
+046 0260 46Fe 910# 500# 13.0 ms 2.0 0+ 10 07Do17td 1992 B+=100;B+p=78.7 38;B+2p=?
+047 0150 47P 29710# 800# 2# ms 1/2+# B- ?;B-n=0.4#;B-2n=0.03#
+047 0160 47S 7370# 500# 20# ms >200ns 3/2-# 07 89Gu03i 1989 B- ?;B-n=10#;B-2n=10#
+047 0170 47Cl -9780# 400# 101 ms 5 3/2+# 07 1989 B-=100;B-n<3;B-2n=0.3#
+047 0180 47Ar -25366.3 1.1 1.23 s 0.03 (3/2)- 07 1985 B-=100;B-n<0.2
+047 0190 47K -35712.0 1.4 17.50 s 0.24 1/2+* 07 14Kr04j 1964 B-=100
+047 0200 47Ca -42344.4 2.2 4.536 d 0.003 7/2- 07 1951 B-=100
+047 0210 47Sc -44336.6 1.9 3.3492 d 0.0006 7/2- 07 1945 B-=100
+047 0211W 47Scm -43569.8 1.9 766.83 0.09 272 ns 8 (3/2)+ 07 1968 IT=100
+047 0220 47Ti -44937.36 0.12 stbl 5/2- 07 1934 IS=7.44 2
+047 0228W 47Tii -37588.4 0.7 7349.0 0.7 7/2- T=5/2 07
+047 0230 47V -42006.62 0.17 32.6 m 0.3 3/2- 07 1942 B+=100
+047 0238W 47Vxi -37856.27 0.20 4150.35 0.11 5/2(-) T=3/2 07 IT=100
+047 0240 47Cr -34563 6 500 ms 15 3/2- 07 1972 B+=100
+047 0249W 47Crj -29803# 21# 4760# 20# 5/2-# T=5/2
+047 0250 47Mn -22570 30 88.0 ms 1.3 5/2-# 07 07Do17td 1987 B+=100;B+p<1.7
+047 0258 47Mni -15191 17 7380 40 RQ 7/2-# T=5/2 07 2001 p=100
+047 0260 47Fe -6870# 500# 21.9 ms 0.2 7/2-# 07 07Do17td 1992 B+=100;B+p=88.4 9
+047 0261W 47Fem -6100# 510# 770# 100# 3/2+# Mirrori IT ?
+047 0270 47Co 10370# 600# 7/2-# 07 Mirrori p ?
+048 0160 48S 12760# 600# 10# ms >200ns 0+ 06 1990 B- ?;B-n=80#;B-2n=10#
+048 0170 48Cl -4280# 500# 100# ms >200ns 06 89Gu03i 1989 B- ?;B-n=60#;B-2n=40#
+048 0180 48Ar -22280 310 415 ms 15 0+ 10 12We08td 2004 B-=100;B-n=38 6
+048 0190 48K -32284.5 0.8 6.8 s 0.2 1-* 06 14Pa45j 1972 B-=100;B-n=1.14 15
+048 0200 48Ca -44224.63 0.10 45 Ey 6 0+ 06 15Ba11t 1938 IS=0.187 21;2B-=75 +25-38;B- ?
+048 0210 48Sc -44504 5 43.67 h 0.09 6+ 06 1937 B-=100
+048 0220 48Ti -48492.71 0.11 stbl 0+ 06 1923 IS=73.72 3
+048 0228W 48Tii -37767 6 10726 6 (6+) T=3 06
+048 0230 48V -44477.7 1.0 15.9735 d 0.0025 4+ 06 1937 B+=100
+048 0238 48Vxi -41458.84 0.24 3018.9 0.9 RQ (0)+ T=2 06 IT=100
+048 0240 48Cr -42822 7 21.56 h 0.03 0+ 06 1952 B+=100
+048 0248W 48Cri -37029 7 5792.77 0.24 4+ T=1 06 1987 IT=100
+048 0249 48Crj -34062 15 8760 17 RQ 0+ frg T=2 06
+048 0250 48Mn -29296 7 158.1 ms 2.2 4+ 06 1987 B+=100;B+p=0.28 4;B+A=6e-4
+048 0258 48Mni -26260 7 3036.7 0.9 IT 0+ T=2 06 MMC12 j p=100
+048 0260 48Fe -18000# 400# 45.3 ms 0.6 0+ 06 07Do17td 1987 B+=100;B+p=15.3 5
+048 0270 48Co 1500# 500# 6+# 06 p ?
+048 0280 48Ni 16790# 500# 2.8 ms 0.8 0+ 06 11Po09td 2000 2p=70 20;B+=30 20;B+p ?
+049 0160 49S 21090# 670# <200ns 3/2-# 08 90Le03i n ?;B- ?;B-n=4#;B-2n=30#
+049 0170 49Cl 940# 600# 50# ms >200ns 3/2+# 08 89Gu03i 1989 B- ?;B-n=70#;B-2n=20#
+049 0180 49Ar -17190# 400# 236 ms 8 3/2-# 08 12We08td 1989 B-=100;B-n=29 6;B-2n=0.3#
+049 0190 49K -29611.5 0.8 1.26 s 0.05 1/2+* 11 14Pa45j 1972 B-=100;B-n=86 9
+049 0200 49Ca -41299.77 0.20 8.718 m 0.006 3/2- 08 1950 B-=100
+049 0210 49Sc -46561.3 2.7 57.18 m 0.13 7/2- 08 1940 B-=100
+049 0220 49Ti -48563.79 0.11 stbl 7/2- 08 1934 IS=5.41 2
+049 0230 49V -47961.9 0.8 330 d 15 7/2- 08 1940 EC=100
+049 0238 49Vxi -41530 4 6432 4 RQ 7/2- T=5/2
+049 0240 49Cr -45333.1 2.2 42.3 m 0.1 5/2- 08 1942 B+=100
+049 0248W 49Cri -40569 5 4764 5 (7/2)- T=3/2 08 85Fu03e 1969 IT=100
+049 0250 49Mn -37620.6 2.3 382 ms 7 5/2- 08 1970 B+=100
+049 0258 49Mni -32804 18 4817 18 p (7/2-) T=3/2 08 p=100
+049 0260 49Fe -24751 24 64.7 ms 0.3 (7/2-) 08 96Fa09j 1970 B+=100;B+p=56.7 4
+049 0270 49Co -9880# 500# <35ns 7/2-# 08 94Bl10i p ?
+049 0280 49Ni 8200# 600# 7.5 ms 1.0 7/2-# 08 1996 B+=100;B+p=83 13
+050 0170 50Cl 7740# 600# 20# ms >620ns 10 09Ta24i 2009 B- ?;B-n=70#;B-2n=30#
+050 0180 50Ar -13330# 500# 106 ms 6 0+ 15 1989 B-=100;B-n=37 7;B-2n=0.1#
+050 0190 50K -25728 8 472 ms 4 0-* 10 14Pa45j 1972 B-=100;B-n=29 3;B-2n=10#
+050 0191W 50Kxm -25557 8 171.4 0.4 125 ns 40 (2-) 10 FGK127j 1999 IT=100
+050 0200 50Ca -39589.2 1.6 13.9 s 0.6 0+ 10 1964 B-=100
+050 0210 50Sc -44547 15 102.5 s 0.5 5+ 10 1959 B-=100
+050 0211W 50Scm -44290 15 256.895 0.010 350 ms 40 (2+,3+) 10 1963 IT>97.5;B-<2.5
+050 0220 50Ti -51431.66 0.12 stbl 0+ 10 1934 IS=5.18 2
+050 0230 50V -49224.0 0.4 150 Py 40 6+ 10 1949 IS=0.250 4;B+=83 11;B-=17 11
+050 0238 50Vxi -44410.42 0.29 4813.6 0.5 RQ 0+ T=3 10
+050 0240 50Cr -50262.1 0.4 stbl >1.3Ey 0+ 10 1930 IS=4.345 13;2B+ ?
+050 0248 50Cri -41836 7 8426 7 RQ 6+ T=2 10
+050 0249 50Crj -37039 6 13223 6 RQ 0+ T=3 10
+050 0250 50Mn -42627.6 0.4 283.19 ms 0.10 0+ T=1 10 1952 B+=100
+050 0251 50Mnm -42402.3 0.4 225.31 0.07 MD 1.75 m 0.03 5+ T=0 10 1962 B+=100
+050 0260 50Fe -34476 8 152.1 ms 0.6 0+ 10 15Mo01t 1977 B+=100;B+p~0
+050 0268 50Fei -26000 10 8477 13 RQ (6+) T=2 10
+050 0270 50Co -17630# 400# 38.8 ms 0.2 (6+) 10 96Fa09j 1987 B+=100;B+p=70.5 7;B+2p ?
+050 0278 50Coi -12746 15 4880# 400# 2p (0)+ T=3 10 07Do17d p=100
+050 0280 50Ni -4120# 500# 18.5 ms 1.2 0+ 10 07Do17td 1994 B+=100;B+p=86.7 39;B+2p ?
+051 0170 51Cl 14290# 700# 2# ms >200ns 3/2+# 06 1990 B- ?;B-n=40#;B-2n=20#
+051 0180 51Ar -6690# 600# 60# ms >200ns 3/2-# 06 89Gu03i 1989 B- ?;B-n=40#;B-2n=10#
+051 0190 51K -22516 13 365 ms 5 3/2+* 06 14Pa45j 1983 B-=100;B-n=65 6;B-2n=4#
+051 0200 51Ca -36332.3 0.5 10.0 s 0.8 (3/2-) 06 06Pe16j 1980 B-=100;B-n=3#
+051 0210 51Sc -43229 20 12.4 s 0.1 (7/2)- 06 1966 B-=100;B-n=0#
+051 0220 51Ti -49732.8 0.5 5.76 m 0.01 3/2- 06 1947 B-=100
+051 0230 51V -52203.8 0.4 stbl 7/2- 06 1924 IS=99.750 4
+051 0240 51Cr -51451.4 0.4 27.7010 d 0.0011 7/2- 06 1940 EC=100
+051 0248 51Cri -44838 5 6613 5 RQ 7/2- T=5/2 06
+051 0250 51Mn -48243.9 0.5 46.2 m 0.1 5/2-* 06 15Ba49j 1938 B+=100
+051 0258 51Mni -43793.3 1.6 4450.6 1.5 RQ 7/2- T=3/2 06 IT=100
+051 0260 51Fe -40203 9 305.4 ms 2.3 5/2- 06 15Sh16t 1972 B+=100
+051 0270 51Co -27340 50 68.8 ms 1.9 7/2-# 06 07Do17td 1987 B+=100;B+p<3.8
+051 0278 51Coi -20674 18 6670 50 p 7/2-# T=5/2 07Do17d p=100
+051 0280 51Ni -11900# 500# 23.8 ms 0.2 7/2-# 06 07Do17td 1987 B+=100;B+p=87.2 8;B+2p=0.5 2
+052 0180 52Ar -1280# 600# 10# ms >620ns 0+ 15 2009 B- ?;B-n=30#;B-2n=7#
+052 0190 52K -17140 30 110 ms 4 2-# 15 06Pe16t 1983 B-=100;B-n=74 9;B-2n=2.3 3
+052 0200 52Ca -34266.3 0.7 4.6 s 0.3 0+ 15 83La23d 1985 B-=100;B-n<2
+052 0210 52Sc -40440 80 8.2 s 0.2 3(+) 15 1980 B-=100;B-n=4#
+052 0220 52Ti -49470 7 1.7 m 0.1 0+ 15 1966 B-=100
+052 0230 52V -51443.8 0.4 3.743 m 0.005 3+ 15 1934 B-=100
+052 0240 52Cr -55419.2 0.3 stbl 0+ 15 1923 IS=83.789 18
+052 0248W 52Cri -44154.3 0.5 11264.9 0.4 3+ T=3 15 IT=100
+052 0250 52Mn -50707.3 1.8 5.591 d 0.003 6+ 15 1938 B+=100
+052 0251W 52Mnm -50329.6 1.8 377.749 0.005 21.1 m 0.2 2+ 15 1937 B+=98.22 5;IT=1.78 5
+052 0258 52Mni -47785 5 2922 5 RQ 0+ T=2 15 IT=100
+052 0260 52Fe -48330 5 8.275 h 0.008 0+ 15 1948 B+=100
+052 0261W 52Fem -41372 5 6958.0 0.4 45.9 s 0.6 12+ 15 1979 B+~100;IT=0.021 5
+052 0268W 52Fei -42676 5 5654.5 0.4 6+ T=1 15 IT=100
+052 0269 52Fej -39776 6 8555 8 RQ 0+ frg T=2 15
+052 0270 52Co -34361 8 111.1 ms 2.3 (6+) 15 16Or08t 1987 B+=100;B+p ?
+052 0271 52Com -33974 10 387 13 MD 102 ms 6 2+# 16Or08t 2016 B+=100;IT ?;B+p ?
+052 0278 52Coi -31426 10 2935 13 IT 0+ T=2 16Or03d 2016 IT=75 23;p=?
+052 0280 52Ni -22330# 400# 41.8 ms 1.0 0+ 15 16Or03td 1987 B+=100;B+p=31.1 5
+052 0290 52Cu -2280# 600# 3+# Mirrori p ?
+053 0180 53Ar 6790# 700# 3# ms >620ns 5/2-# 11 09Ta24i 2009 B- ?;B-n=20#;B-2n=30#
+053 0190 53K -12300 110 30 ms 5 (3/2+) 09 06Pe16jd 1983 B-=100;B-n=64 11;B-2n~10 5
+053 0200 53Ca -29390 40 461 ms 90 3/2-# 14 1983 B-=100;B-n=40 10
+053 0210 53Sc -38910 90 2.4 s 0.6 (7/2-) 14 10Cr02tj 1980 B-=100;B-n=0.2#
+053 0220 53Ti -46830 100 32.7 s 0.9 (3/2)- 09 1977 B-=100
+053 0230 53V -51851 3 1.543 m 0.014 7/2- 09 1960 B-=100
+053 0240 53Cr -55287.0 0.3 stbl 3/2- 09 1930 IS=9.501 17
+053 0250 53Mn -54690.1 0.5 3.7 My 0.4 7/2-* 09 15Ba49j 1955 EC=100
+053 0258 53Mni -47717 4 6974 4 RQ 3/2- T=5/2 09 1976
+053 0260 53Fe -50947.5 1.7 8.51 m 0.02 7/2- 09 1938 B+=100
+053 0261W 53Fem -47907.1 1.7 3040.4 0.3 2.54 m 0.02 19/2- 09 1967 IT=100
+053 0268W 53Fei -46698 3 4250 3 7/2- T=3/2 09
+053 0270 53Co -42659.4 1.7 242 ms 8 7/2-# 09 02Lo13t 1970 B+=100
+053 0271 53Com -39485.2 1.9 3174.2 0.9 MD 247 ms 12 (19/2-) 09 1970 B+~98.5;p~1.5
+053 0278 53Coi -38334.4 2.6 4325.0 2.0 IT (7/2-) T=3/2 09 16Su10ed 1976 IT~100;p<0.9 3
+053 0280 53Ni -29631 25 55.2 ms 0.7 (7/2-) T=3/2 13 16Su10d 1976 B+=100;B+p=22.7 7
+053 0290 53Cu -13270# 500# <130ns 3/2-# 13 p ?
+054 0190 54K -5000# 600# 10 ms 5 2-# 14 1983 B-=100;B-n=1#;B-2n=30#
+054 0200 54Ca -25160 50 90 ms 6 0+ 14 08Ma01td 1997 B-=100;B-n=7#;B-2n=0#
+054 0210 54Sc -33890 270 526 ms 15 (3)+ 14 1990 B-=100;B-n=16 9
+054 0211W 54Scm -33780 270 110.5 0.3 2.77 us 0.02 (5+,4+) 14 10Cr02j 1998 IT=100
+054 0220 54Ti -45620 80 2.1 s 1.0 0+ 14 1980 B-=100
+054 0230 54V -49893 15 49.8 s 0.5 3+ 14 1970 B-=100
+054 0231W 54Vxm -49785 15 108.0 1.0 900 ns 500 (5)+ 14 1998 IT=100
+054 0240 54Cr -56934.8 0.4 stbl 0+ 14 1930 IS=2.365 7
+054 0250 54Mn -55557.6 1.1 312.20 d 0.20 3+ 14 1938 EC=100;B-=0.93e-4;e+=1.28e-7 25
+054 0258 54Mni -49411.5 2.8 6146.2 3.0 RQ 0+ T=3
+054 0260 54Fe -56254.5 0.4 stbl 0+ 14 1923 IS=5.845 35;2B+ ?
+054 0261W 54Fem -49727.4 1.2 6527.1 1.1 364 ns 7 10+ 14 1983 IT=100
+054 0269 54Fej -41386 20 14868 20 RQ 0+ T=3 14
+054 0270 54Co -48010.0 0.4 193.28 ms 0.07 0+ T=1 14 1952 B+=100
+054 0271 54Com -47812.4 0.4 197.57 0.10 MD 1.48 m 0.02 7+ T=0 14 1962 B+=100
+054 0280 54Ni -39278 5 114.2 ms 0.3 0+ 14 1977 B+=100;B+p ?
+054 0281W 54Nim -32821 5 6457.4 0.9 152 ns 4 10+ 14 08Ru09jd 2008 IT=64 2;p=36 2
+054 0290 54Cu -21410# 400# <75ns 3+# 14 p ?
+054 0300 54Zn -6270# 400# 1.8 ms 0.5 0+ 14 11As08td 2005 2p=87 7
+055 0190 55K 710# 700# 3# ms >620ns 3/2+# 09 09Ta24i 2009 B- ?;B-n=40#;B-2n=1#
+055 0200 55Ca -18350# 300# 22 ms 2 5/2-# 09 1997 B-=100;B-n=1#;B-2n=0.4#
+055 0210 55Sc -30160 450 96 ms 2 (7/2)- 08 10Cr02tjd1990 B-=100;B-n=17 7;B-2n=0#
+055 0220 55Ti -41670 160 1.3 s 0.1 (1/2)- 10 1980 B-=100;B-n=0#
+055 0230 55V -49140 100 6.54 s 0.15 7/2-# 08 1977 B-=100
+055 0240 55Cr -55109.7 0.4 3.497 m 0.003 3/2- 08 1952 B-=100
+055 0250 55Mn -57712.4 0.3 stbl 5/2-* 08 15Ba49j 1923 IS=100.
+055 0260 55Fe -57481.3 0.3 2.744 y 0.009 3/2- 09 1939 EC=100
+055 0268 55Fei -49848 6 7633 6 RQ 5/2- T=5/2 09
+055 0270 55Co -54029.9 0.4 17.53 h 0.03 7/2- 09 1938 B+=100
+055 0278W 55Coi -49308.5 0.4 4721.44 0.10 3/2- frgT=3/2 09 1981 IT=100
+055 0280 55Ni -45335.8 0.7 204.7 ms 1.7 7/2- 08 02Lo13t 1972 B+=100
+055 0288W 55Nii -40736.8 1.2 4599 1 7/2- frgT=3/2 13Tr09e
+055 0290 55Cu -31640 160 57 ms 3 3/2-# 08 13Tr09t 1987 B+=100;B+p=15.0 43
+055 0300 55Zn -14570# 400# 19.8 ms 1.3 5/2-# 08 07Do17td 2001 B+=100;B+p=91.0 51
+056 0190 56K 7930# 800# 1# ms >620ns 2-# 11 09Ta24i 2009 B- ?;B-n=50#;B-2n=40#
+056 0200 56Ca -13900# 400# 11 ms 2 0+ 11 1997 B-=100;B-n=5#;B-2n=0.2#
+056 0210 56Sc -24850 590 * 26 ms 6 (1+) 11 10Cr02j 1997 B-=100;B-n=10#;B-2n=0.5#
+056 0211W 56Scm -24850# 600# 0# 100# * 75 ms 6 (6+,5+) 11 10Cr02j 2004 B-=100;B-n>14 2;B-2n=0.5#
+056 0212W 56Scn -24080 590 774.9 0.3 290 ns 30 (4+) 11 2004 IT=100
+056 0220 56Ti -39320 120 200 ms 5 0+ 11 98Am04d 1980 B-=100;B-n=0.1#
+056 0230 56V -46150 180 216 ms 4 (1+) 11 98Am04d 1980 B-=100;B-n=0#
+056 0240 56Cr -55285.0 0.6 5.94 m 0.10 0+ 11 60Dr03d 1960 B-=100
+056 0250 56Mn -56911.5 0.3 2.5789 h 0.0001 3+ 11 1934 B-=100
+056 0260 56Fe -60607.1 0.3 stbl 0+ 11 1923 IS=91.754 36
+056 0268W 56Fei -49103.4 0.4 11503.7 0.3 3+ T=3 11
+056 0270 56Co -56040.4 0.5 77.236 d 0.026 4+ 11 1941 B+=100
+056 0278 56Coi -52448 9 3593 9 RQ (0+) frgT=2 11
+056 0280 56Ni -53907.5 0.4 6.075 d 0.010 0+ 11 1952 B+=100
+056 0288W 56Nii -47475.6 0.8 6431.9 0.7 4+ T=1 11
+056 0289 56Nij -43964 4 9944 4 RQ 0+ frg T=2
+056 0290 56Cu -38643 15 93 ms 3 (4+) 11 01Bo54tjd1987 B+=100;B+p=0.40 12
+056 0298 56Cui -35099 10 3544 18 p T=2 16Or03d 2007 IT=56 6;p=46 6
+056 0300 56Zn -25390# 400# 32.9 ms 0.8 0+ 11 14Or04td 2001 B+=100;B+p=88.0 23
+056 0308W 56Zni -21530# 650# 3860# 510# 3+# T=3 p ?
+056 0310 56Ga -3390# 500# 3+# p ?
+057 0200 57Ca -6870# 400# 5# ms >620ns 5/2-# 10 09Ta24i 2009 B- ?;B-n=20#;B-2n=2#
+057 0210 57Sc -21000 1300 22 ms 2 7/2-# 10 10Cr02t 1997 B-=100;B-n=30#;B-2n=1#
+057 0220 57Ti -33920 260 95 ms 8 5/2-# 10 99So20t 1985 B-=100;B-n=0.04#
+057 0230 57V -44410 80 350 ms 10 (7/2-) 10 03Ma02t 1980 B-=100;B-n=0.4#
+057 0240 57Cr -52524.7 1.1 21.1 s 1.0 (3/2)- 10 1978 B-=100
+057 0250 57Mn -57486.3 1.5 85.4 s 1.8 5/2-* 98 15Ba49j 1954 B-=100
+057 0260 57Fe -60181.8 0.3 stbl 1/2- 98 1935 IS=2.119 10
+057 0270 57Co -59345.6 0.5 271.70 d 0.10 7/2- 98 14Un01t 1941 EC=100
+057 0278 57Coi -52092.3 0.4 7253.3 0.6 RQ 1/2- T=5/2 MMC120j
+057 0280 57Ni -56083.8 0.6 35.60 h 0.06 3/2- 98 1938 B+=100
+057 0288W 57Nii -50845.0 0.9 5238.8 0.7 7/2- frgT=3/2 98
+057 0290 57Cu -47308.9 0.5 196.3 ms 0.7 3/2- 98 1976 B+=100
+057 0298 57Cui -42010 25 5299 25 p 7/2- T=3/2
+057 0300 57Zn -32550# 200# 38 ms 4 7/2-# 98 02Lo13t 1976 B+=100;B+p~65
+057 0310 57Ga -15010# 400# 1/2-# p ?
+058 0200 58Ca -1920# 500# 3# ms >620ns 0+ 10 2009 B- ?;B-n=2#;B-2n=4#
+058 0210 58Sc -14880# 400# 12 ms 5 3+# 10 1997 B-=100;B-n=20#;B-2n=1#
+058 0220 58Ti -31110# 200# 55 ms 6 0+ 14 11Da08t 1992 B-=100;B-n=1#
+058 0230 58V -40400 90 191 ms 10 (1+) 10 1980 B-=100;B-n=0.8#
+058 0240 58Cr -51991.8 1.5 7.0 s 0.3 0+ 10 1980 B-=100
+058 0250 58Mn -55827.6 2.7 3.0 s 0.1 1+ 10 1961 B-=100
+058 0251W 58Mnm -55755.8 2.7 71.77 0.05 65.4 s 0.5 4+ 10 1961 B-=?;IT=20#
+058 0260 58Fe -62155.1 0.3 stbl 0+ 10 1935 IS=0.282 4
+058 0270 58Co -59847.2 1.2 70.86 d 0.06 2+ 10 1941 B+=100
+058 0271W 58Com -59822.3 1.2 24.95 0.06 9.10 h 0.09 5+ 10 1950 IT=100
+058 0272W 58Con -59794.1 1.2 53.15 0.07 10.5 us 0.3 4+ 10 1964 IT=100
+058 0278 58Coi -54095 8 5752 8 RQ 0+ frg T=3 10
+058 0280 58Ni -60228.7 0.4 stbl >700Ey 0+ 10 1921 IS=68.077 19;2B+ ?
+058 0288 58Nii -51400 40 8830 40 RQ 2+ T=2 10
+058 0289 58Nij -45690 7 14539 7 RQ 0+ T=3 10 MMC12 j
+058 0290 58Cu -51667.7 0.6 3.204 s 0.007 1+ T=0 10 1952 B+=100
+058 0298W 58Cui -51464.7 0.6 202.99 0.24 0+ T=1 10
+058 0300 58Zn -42300 50 86.7 ms 2.4 0+ 14 1986 B+=100;B+p<3
+058 0310 58Ga -23540# 300# * 2+# Mirrori p ?
+058 0311W 58Gam -23510# 320# 30# 100# * 5+# Mirrori p ?
+058 0320 58Ge -7080# 500# 0+ Mirrori 2p ?
+059 0210 59Sc -10300# 400# 10# ms >620ns 7/2-# 09 09Ta24i 2009 B- ?;B-n=50#;B-2n=1#
+059 0220 59Ti -25510# 200# 28.5 ms 1.9 5/2-# 02 11Da08t 1997 B-=100;B-n=0.3#;B-2n=0.01#
+059 0221W 59Tim -25400# 200# 109.0 0.5 590 ns 50 (1/2-) 12Ka36etj2012 IT=100
+059 0230 59V -37830 160 95 ms 6 (5/2-) 02 05Li53tj 1985 B-=100;B-n=6#
+059 0240 59Cr -48090 220 1050 ms 90 (1/2-) 02 05Li53tj 1980 B-=100
+059 0241W 59Crm -47590 220 503.0 1.7 96 us 20 (9/2+) 02 1998 IT=100
+059 0250 59Mn -55525.3 2.3 4.59 s 0.05 5/2-* 02 15Ba49j 1976 B-=100
+059 0260 59Fe -60664.8 0.4 44.495 d 0.009 3/2- 02 1938 B-=100
+059 0270 59Co -62229.7 0.4 stbl 7/2- 02 1923 IS=100.
+059 0280 59Ni -61156.7 0.4 81 ky 5 3/2- 02 94Ru19t 1951 B+=100
+059 0288 59Nii -53814.8 2.1 7341.9 2.1 RQ 7/2- frgT=5/2
+059 0290 59Cu -56358.3 0.5 81.5 s 0.5 3/2- 02 1947 B+=100
+059 0298W 59Cui -52472.8 2.2 3885.5 2.1 3/2- frgT=3/2 02 IT=100
+059 0300 59Zn -47215.6 0.8 182.0 ms 1.8 3/2- 15 1981 B+=100;B+p=0.10 3
+059 0310 59Ga -33760# 170# <43ns 3/2-# 15 p ?
+059 0320 59Ge -15870# 400# 8# ms >620ns 7/2-# 15 15Ci06it 2015 B+ ?
+060 0210 60Sc -4050# 500# 3# ms >620ns 3+# 09Ta24i 2009 B- ?;B-n=0.4#;B-2n=50#
+060 0220 60Ti -22330# 300# 22.2 ms 1.6 0+ 14 11Da08t 1997 B-=100;B-n=2#;B-2n=0#
+060 0230 60V -33240 220 * 122 ms 18 3+# 13 1985 B-=100;B-n=5#;B-2n=0.03#
+060 0231W 60Vxm -33240# 270# 0# 150# * 40 ms 15 1+# 13 1999 B-=?;IT ?;B-n=5#;B-2n=0.03#
+060 0232W 60Vxn -33040 220 203.7 0.7 230 ns 24 (4+) 13 12Ka36et 1999 IT=100
+060 0240 60Cr -46670 190 490 ms 10 0+ 13 1980 B-=100;B-n=0#
+060 0250 60Mn -52967.9 2.3 280 ms 20 1+ 13 1978 B-=100
+060 0251W 60Mnm -52696.0 2.3 271.90 0.10 1.77 s 0.02 4+ 13 1978 B-=88.5 8;IT=11.5 8
+060 0260 60Fe -61413 3 2.62 My 0.04 0+ 13 1957 B-=100
+060 0270 60Co -61650.3 0.4 5.2712 y 0.0004 5+ 13 1941 B-=100
+060 0271W 60Com -61591.7 0.4 58.59 0.01 10.467 m 0.006 2+ 13 1963 IT~100;B-=0.25 3
+060 0280 60Ni -64473.1 0.4 stbl 0+ 13 1921 IS=26.223 15
+060 0288 60Nii -53347 4 11126 4 RQ 5+ T=3
+060 0290 60Cu -58345.1 1.6 23.7 m 0.4 2+ 13 1947 B+=100
+060 0298 60Cui -55804 5 2541 5 RQ (0+) T=2 13 IT=100
+060 0300 60Zn -54174.3 0.6 2.38 m 0.05 0+ 13 1955 B+=100
+060 0308W 60Zni -49322.1 0.9 4852.2 0.7 (2+) T=1 13 IT=100
+060 0309 60Znj -46807 24 7367 24 RQ 0+ T=2 13
+060 0310 60Ga -39590# 200# 70 ms 10 (2+) 13 01Ma96tj 1995 B+=100;B+p=1.6 7;B+A<0.023 20
+060 0318W 60Gai -37050# 210# 2540# 50#
+060 0320 60Ge -27090# 300# 30# ms >110ns 0+ 13 2005 B+ ?;B+p ?
+060 0330 60As -5470# 400# 5+# Mirrori p ?
+060 0331W 60Asm -5410# 400# 60# 20# 2+# Mirrori p ?
+061 0210 61Sc 930# 600# 2# ms >620ns 7/2-# 15 2009 B- ?;B-n=60#;B-2n=1#
+061 0220 61Ti -16350# 400# 15 ms 4 1/2-# 15 1997 B-=100;B-n=1#;B-2n=1#
+061 0230 61V -30510 890 48.2 ms 0.8 (3/2-,5/2-) 15 1992 B-=100;B-n>10;B-2n=0.01#
+061 0240 61Cr -42480 100 243 ms 9 (5/2-) 15 09Cr02t 1985 B-=100;B-n=0.6#
+061 0250 61Mn -51742.1 2.3 709 ms 8 5/2-* 15 15Ba49j 1980 B-=100;B-n=0.6#
+061 0260 61Fe -58920.5 2.6 5.98 m 0.06 (3/2-) 15 1957 B-=100
+061 0261W 61Fem -58058.8 2.6 861.67 0.11 238 ns 5 9/2+ 15 1998 IT=100
+061 0270 61Co -62898.1 0.8 1.649 h 0.005 7/2- 15 1947 B-=100
+061 0280 61Ni -64221.9 0.4 stbl 3/2- 15 1934 IS=1.1399 13
+061 0290 61Cu -61984.1 1.0 3.339 h 0.008 3/2-* 15 10Vi07j 1937 B+=100
+061 0298 61Cui -55610 7 6374 7 RQ 3/2- frgT=5/2
+061 0300 61Zn -56349 16 89.1 s 0.2 3/2- 15 1955 B+=100
+061 0308W 61Zni -53190# 100# 3160# 100# 3/2-# T=3/2
+061 0309W 61Znj -46360 70 9990 70 3/2- T=5/2 15
+061 0310 61Ga -47130 40 167 ms 3 3/2- 15 1987 B+=100;B+p<0.25
+061 0311W 61Gam -47040# 110# 90# 100# 1/2-# Mirrori
+061 0318 61Gai -43780 30 3360 50 p (3/2-) T=3/2 15 1987 p=100
+061 0320 61Ge -33360# 300# 44 ms 6 3/2-# 15 1987 B+=100;B+p>62
+061 0330 61As -16900# 300# 3/2-# Mirrori p ?
+062 0220 62Ti -12500# 400# 10# ms >620ns 0+ 12 2009 B- ?;B-n=4#;B-2n=0.1#
+062 0230 62V -25480# 300# 33.6 ms 2.3 3+# 12 1997 B-=100;B-n=20#;B-2n=0.5#
+062 0240 62Cr -40890 150 206 ms 12 0+ 12 1985 B-=100;B-n=1#
+062 0250 62Mn -48524 7 * 92 ms 13 1+ 12 15He28j 1983 B-=100;B-n=0.03#
+062 0251 62Mnm -48181.0 2.6 343 6 IT* 671 ms 5 4+ 12 15He28j 1983 B-=100;B-n=0.03#;IT ?
+062 0260 62Fe -58878.0 2.8 68 s 2 0+ 12 1975 B-=100
+062 0270 62Co -61424 19 1.54 m 0.10 (2)+ 12 1949 B-=100
+062 0271W 62Com -61402 20 22 5 13.86 m 0.09 (5)+ 12 1957 B->99;IT<1
+062 0280 62Ni -66746.3 0.4 stbl 0+ 12 1934 IS=3.6346 40
+062 0290 62Cu -62787.4 0.6 9.67 m 0.03 1+* 12 10Vi07j 1936 B+=100
+062 0298 62Cui -58174 6 4614 6 RQ (0)+ T=3 12
+062 0300 62Zn -61168.0 0.6 9.193 h 0.015 0+ 12 1948 B+=100
+062 0310 62Ga -51986.9 0.6 116.121 ms 0.021 0+ T=1 12 1978 B+=100
+062 0319W 62Gaj -51415.7 0.6 571.2 0.1 1(+) T=2 12 98Vi06ej 1998 IT=100
+062 0320 62Ge -41740# 140# 129 ms 35 0+ 12 1991 B+=100;B+p ?
+062 0330 62As -24320# 300# 1+# p=100#
+063 0220 63Ti -5750# 500# 3# ms >620ns 1/2-# 09 09Ta24i 2009 B- ?;B-n=7#;B-2n=4#
+063 0230 63V -21890# 400# 19.6 ms 0.9 (3/2-,5/2-) 09 14Su07tj 1997 B-=100;B-n>35;B-2n=0.2#
+063 0240 63Cr -36010 360 129 ms 2 1/2-# 09 1992 B-=100;B-n=1#
+063 0250 63Mn -46887 4 275 ms 4 5/2-* 09 15Ba49j 1985 B-=100;B-n=0.2#
+063 0260 63Fe -55636 4 6.1 s 0.6 (5/2-) 09 1980 B-=100
+063 0270 63Co -61851 19 26.9 s 0.4 7/2- 09 94It.At 1960 B-=100
+063 0280 63Ni -65512.8 0.4 101.2 y 1.5 1/2- 09 1951 B-=100
+063 0281W 63Nim -65425.7 0.4 87.15 0.11 1.67 us 0.03 5/2- 09 1978 IT=100
+063 0290 63Cu -65579.8 0.4 stbl 3/2-* 09 10Vi07j 1923 IS=69.15 15
+063 0300 63Zn -62213.4 1.6 38.47 m 0.05 3/2- 09 1937 B+=100
+063 0308 63Zni -56723 6 5490 6 RQ 3/2- T=5/2 09
+063 0310 63Ga -56547.1 1.3 32.4 s 0.5 3/2(-) 09 12Pr11j 1965 B+=100
+063 0320 63Ge -46920 40 142 ms 8 3/2-# 09 02Lo13td 1991 B+=100;B+p ?
+063 0330 63As -33500# 200# <43ns 3/2-# 09 p=100#
+064 0220 64Ti -1030# 600# 4# ms >620ns 0+ 13 2013 B- ?;B-n=90#;B-2n=2#
+064 0230 64V -16320# 400# 15 ms 2 (1,2) 14 1997 B-=100;B-n=30#;B-2n=4#
+064 0231W 64Vxm -16240# 400# 81.0 0.7 <1 us 14 2014 IT~100
+064 0240 64Cr -33480 440 43 ms 1 0+ 14 1992 B-=100;B-n=2#
+064 0250 64Mn -42989 4 88.8 ms 2.4 1+ 07 11Da08t 1985 B-=100;B-n=33 2
+064 0251W 64Mnm -42815 4 174.1 0.5 439 us 31 (4+) 07 10Da06e 1998 IT=100
+064 0260 64Fe -54970 5 2.0 s 0.2 0+ 07 1980 B-=100
+064 0270 64Co -59792 20 300 ms 30 1+ 07 1969 B-=100
+064 0271 64Com -59686 4 107 20 MD 300# ms 5+# 08Bl05e 2008 B- ?;IT ?
+064 0280 64Ni -67098.9 0.5 stbl 0+ 07 1935 IS=0.9255 19
+064 0290 64Cu -65424.5 0.4 12.7004 h 0.0020 1+* 07 12Be04td 1936 B+=61.52 26;B-=38.48 26
+064 0298W 64Cui -58599 6 6826 6 0+ frg T=4 07 71Be29e
+064 0300 64Zn -66004.0 0.6 stbl >8.9Ey 0+ 07 1922 IS=49.17 75;2B+ ?
+064 0310 64Ga -58832.8 1.4 2.627 m 0.012 0(+#) 07 1953 B+=100
+064 0311W 64Gam -58790.0 1.4 42.85 0.08 21.9 us 0.7 (2+) 07 1999 IT=100
+064 0318 64Gai -56925.8 2.5 1907.0 2.2 RQ (0+) T=2 07
+064 0320 64Ge -54315 4 63.7 s 2.5 0+ 07 1972 B+=100
+064 0330 64As -39530# 200# 40 ms 30 0+# 07 1995 B+=100;B+p ?
+064 0340 64Se -26700# 500# 30# ms >180ns 0+ 07 2005 B+ ?;B+p ?
+065 0230 65V -11780# 500# 10# ms >620ns 5/2-# 10 09Ta24i 2009 B- ?;B-n=40#;B-2n=1#
+065 0240 65Cr -28220# 300# 27.5 ms 2.1 1/2-# 10 11Da08t 1997 B-=100;B-n=5#;B-2n=0.3#
+065 0250 65Mn -40967 4 91.9 ms 0.7 (5/2-) 10 13Ol06tj 1985 B-=100;B-n=7#
+065 0260 65Fe -51218 5 810 ms 50 (1/2-) 10 13Ol06d 1980 B-=100;B-n=7.9 12
+065 0261W 65Fem -50824 5 393.7 0.2 1.12 s 0.15 (9/2+) 10 13Ol06e 2008 B- ?
+065 0262W 65Fen -50820 5 397.6 0.2 420 ns 13 (5/2+) 10 13Ol06ej 1998 IT=100
+065 0270 65Co -59185.2 2.1 1.16 s 0.03 (7/2)- 10 1978 B-=100
+065 0280 65Ni -65125.7 0.5 2.5175 h 0.0005 5/2- 10 1946 B-=100
+065 0281W 65Nim -65062.3 0.5 63.37 0.05 69 us 3 1/2- 10 1978 IT=100
+065 0290 65Cu -67263.7 0.6 stbl 3/2-* 10 10Vi07j 1923 IS=30.85 15
+065 0300 65Zn -65912.0 0.6 243.93 d 0.09 5/2- 10 1939 B+=100
+065 0301W 65Znm -65858.1 0.6 53.928 0.010 1.6 us 0.6 1/2- 10 FGK149j IT=100
+065 0310 65Ga -62657.5 0.8 15.2 m 0.2 3/2- 10 1938 B+=100
+065 0320 65Ge -56478.2 2.2 30.9 s 0.5 3/2- 10 1972 B+=100;B+p=0.011 3
+065 0330 65As -46940 80 170 ms 30 3/2-# 10 02Lo13t 1991 B+=100;B+p ?
+065 0338 65Asi -43451 17 3490 90 p (3/2-) T=3/2 10 11Ro47j 1993 p=100
+065 0340 65Se -33020# 300# 33 ms 4 3/2-# 10 11Ro47t 1993 B+=100;B+p=?
+066 0230 66V -5610# 500# 5# ms >620ns 10 09Ta24i 2009 B- ?;B-n=20#;B-2n=40#
+066 0240 66Cr -24720# 400# 23.8 ms 1.8 0+ 15 11Li50t 1997 B-=100;B-n=7#;B-2n=0#
+066 0250 66Mn -36750 11 64.2 ms 0.8 (1+) 10 11Pa.Atd 1992 B-=100;B-n=8.4 9;B-2n=0.2#
+066 0251W 66Mnm -36286 11 464.5 0.4 780 us 40 (5-) 11Li50etj2005 IT~100;B- ?
+066 0260 66Fe -50068 4 351 ms 6 0+ 10 12Li02t 1985 B-=100;B-n=0#
+066 0270 66Co -56409 14 194 ms 17 (1+) 10 12Li02j 1985 B-=100;B-n=0#
+066 0271W 66Com -56234 14 175.1 0.3 1.21 us 0.01 (3+) 10 12Li02ej 1998 IT=100
+066 0272W 66Con -55767 15 642 5 >100 us (8-) 10 98Gr14e 1998 IT=100
+066 0280 66Ni -66006.3 1.4 54.6 h 0.3 0+ 10 1948 B-=100
+066 0290 66Cu -66258.3 0.7 5.120 m 0.014 1+* 10 10Vi07j 1937 B-=100
+066 0291W 66Cum -65104.1 1.6 1154.2 1.4 600 ns 17 (6)- 10 11Lo01t 1972 IT=100
+066 0300 66Zn -68899.2 0.7 stbl 0+ 10 1922 IS=27.73 98
+066 0310 66Ga -63723.7 1.1 9.304 h 0.008 0+ 10 10Se16t 1937 B+=100
+066 0318 66Gai -59874 6 3850 6 RQ 0+ T=3
+066 0320 66Ge -61607.0 2.4 2.26 h 0.05 0+ 10 1950 B+=100
+066 0330 66As -52025 6 95.77 ms 0.23 0+ T=1 10 MMC156j 1978 B+=100
+066 0331W 66Asm -50668 6 1356.63 0.17 1.14 us 0.04 5+ 10 13Ru10tj 1995 IT=100
+066 0332W 66Asn -49001 6 3023.8 0.3 7.98 us 0.26 9+ 10 13Ru10tj 1998 IT=100
+066 0340 66Se -41660# 200# 33 ms 12 0+ 10 02Lo13td 1993 B+=100;B+p ?
+067 0230 67V -650# 600# 2# ms >620ns 5/2-# 13 2013 B- ?;B-n=60#;B-2n=3#
+067 0240 67Cr -18680# 400# 10# ms >300ns 1/2-# 05 97Be70i 1997 B- ?;B-n=10#;B-2n=1#
+067 0250 67Mn -33460# 300# 46.7 ms 2.3 5/2-# 05 11Da08td 1997 B-=100;B-n=10 5;B-2n=0.01#
+067 0260 67Fe -45610 270 394 ms 9 (1/2-) 05 02So.Atd 1985 B-=100;B-n=1#
+067 0261W 67Fem -45210 270 402 9 64 us 17 (5/2+,7/2+) 05 11Da08ej 1998 IT=100
+067 0262W 67Fen -45160# 290# 450# 100# 75 us 21 (9/2+) 08Bl05tj 2008 IT=100
+067 0270 67Co -55322 6 329 ms 28 (7/2-) 05 08Pa33tj 1985 B-=100;B-n=0.04#
+067 0271W 67Com -54830 6 491.6 1.0 496 ms 33 (1/2-) 09Pa16e 2008 IT>80;B- ?
+067 0280 67Ni -63742.7 2.9 21 s 1 1/2- 05 00Ri14j 1978 B-=100
+067 0281W 67Nim -62736.1 2.9 1006.6 0.2 13.34 us 0.19 9/2+ 05 14Di08etj1998 IT=100
+067 0290 67Cu -67319.5 0.9 61.83 h 0.12 3/2-* 05 1948 B-=100
+067 0300 67Zn -67880.3 0.8 stbl 5/2- 05 1928 IS=4.04 16
+067 0301W 67Znm -67787.0 0.8 93.312 0.005 9.19 us 0.06 1/2- 05 15Ch57t 1972 IT=100
+067 0302W 67Znn -67275.8 0.8 604.48 0.05 333 ns 14 9/2+ 05 1973 IT=100
+067 0310 67Ga -66879.0 1.2 3.2617 d 0.0005 3/2- 05 1938 EC=100
+067 0320 67Ge -62658 5 18.9 m 0.3 1/2- 05 1950 B+=100
+067 0321W 67Gem -62640 5 18.20 0.05 13.7 us 0.9 5/2- 05 1978 IT=100
+067 0322W 67Gen -61906 5 751.70 0.06 109.1 ns 3.8 9/2+ 05 00Ch07t 1973 IT=100
+067 0330 67As -56587.2 0.4 42.5 s 1.2 (5/2-) 05 1980 B+=100
+067 0340 67Se -46580 70 133 ms 11 5/2-# 05 95Bl23t 1991 B+=100;B+p=0.5 1
+067 0350 67Br -32790# 400# 1/2-# p ?
+068 0240 68Cr -14800# 500# 5# ms >620ns 0+ 12 09Ta24i 2009 B- ?;B-n=10#;B-2n=0.1#
+068 0250 68Mn -28380# 400# 33.7 ms 1.5 >3 12 15Be32t 1995 B-=100;B-n=10#;B-2n=2#
+068 0260 68Fe -43490 370 188 ms 4 0+ 12 1985 B-=100;B-n>0
+068 0270 68Co -51930 190 * 200 ms 20 (7-) 12 1985 B-=100;B-n=1#
+068 0271W 68Com -51780# 240# 150# 150# * 1.6 s 0.3 (1+) 12 1998 B-=100
+068 0272W 68Con -51740# 240# 195# 150# * 101 ns 10 (0,1) 12 10Da06t 2010 IT=100
+068 0280 68Ni -63463.8 3.0 29 s 2 0+ 12 1977 B-=100
+068 0281W 68Nim -61860 3 1603.52 0.27 270 ns 5 0+ 12 15Fl01e 4.IT=100
+068 0282W 68Nin -60615 3 2849.1 0.3 850 us 30 5- 12 15Wi02t 1995 IT=100
+068 0290 68Cu -65567.0 1.6 30.9 s 0.6 1+* 12 10Vi07j 1953 B-=100
+068 0291W 68Cum -64845.7 1.6 721.26 0.08 3.75 m 0.05 6-* 12 10Vi07j 1969 IT=86 2;B-=14 2
+068 0300 68Zn -70007.1 0.8 stbl 0+ 12 1922 IS=18.45 63
+068 0310 68Ga -67086.0 1.4 67.845 m 0.018 1+ 12 14Ga09t 1937 B+=100
+068 0320 68Ge -66978.8 1.9 270.93 d 0.13 0+ 12 1948 EC=100
+068 0330 68As -58894.5 1.8 151.6 s 0.8 3+ 12 1971 B+=100
+068 0331W 68Asm -58469.4 1.8 425.1 0.2 111 ns 20 1+ 12 1994 IT=100
+068 0340 68Se -54189.4 0.5 35.5 s 0.7 0+ 12 1990 B+=100
+068 0350 68Br -38790# 260# <1.5us 3+# 12 95Bl06i p ?
+069 0240 69Cr -8580# 500# 2# ms >620ns 7/2+# 14 2013 B- ?;B-n=20#;B-2n=6#
+069 0250 69Mn -24770# 400# 22.1 ms 1.6 5/2-# 14 15Be32td 1995 B-=100;B-n=50 20;B-2n=0.4#
+069 0260 69Fe -39030# 400# 108.2 ms 4.5 1/2-# 14 13Ma87t 1992 B-=100;B-n=7#;B-2n=0#
+069 0270 69Co -50280 140 180 ms 20 7/2-# 14 15Li33t 1985 B-=100;B-n=1#
+069 0271W 69Com -49780# 240# 500# 200# 750 ms 250 1/2-# 15Li33td 2015 B-=100
+069 0280 69Ni -59979 4 11.4 s 0.3 (9/2+) 14 1984 B-=100
+069 0281W 69Nim -59658 4 321 2 3.5 s 0.4 (1/2-) 14 1998 B-~100;IT<0.01
+069 0282W 69Nin -57279 4 2700.0 1.0 439 ns 3 (17/2-) 14 1998 IT=100
+069 0290 69Cu -65736.2 1.4 2.85 m 0.15 3/2-* 14 10Vi07j 1966 B-=100
+069 0291W 69Cum -62994.2 1.6 2742.0 0.7 357 ns 2 (13/2+) 14 1997 IT=100
+069 0300 69Zn -68417.8 0.8 56.4 m 0.9 1/2- 14 1937 B-=100
+069 0301W 69Znm -67979.2 0.8 438.636 0.018 13.756 h 0.018 9/2+ 14 1970 IT~100;B-=0.033 3
+069 0310 69Ga -69327.8 1.2 stbl 3/2- 14 1923 IS=60.108 9
+069 0320 69Ge -67100.7 1.3 39.05 h 0.10 5/2- 14 1938 B+=100
+069 0321W 69Gem -67013.9 1.3 86.76 0.02 5.1 us 0.2 1/2- 14 1978 IT=100
+069 0322W 69Gen -66702.8 1.3 397.94 0.02 2.81 us 0.05 9/2+ 14 1978 IT=100
+069 0330 69As -63110 30 15.2 m 0.2 5/2- 14 1955 B+=100
+069 0340 69Se -56434.7 1.5 27.4 s 0.2 1/2- 14 1974 B+=100;B+p=0.045 10
+069 0341W 69Sem -56395.9 1.5 38.85 0.22 2.0 us 0.2 5/2- 14 1988 IT=100
+069 0342W 69Sen -55860.7 1.6 574.0 0.4 955 ns 16 9/2+ 14 00Ch07t 1988 IT=100
+069 0350 69Br -46260 40 * <24 ns (5/2-) 15 1988 p=100
+069 0351W 69Brm -46220# 110# 40# 100# * 5/2-# Mirrori
+069 0352W 69Brn -45690# 110# 570# 100# 9/2+# Mirrori
+069 0358 69Bri -42771 19 3490 50 p (5/2-) T=3/2 14 11Ro47i 2011 p=100
+069 0360 69Kr -32440# 400# 28 ms 1 (5/2-) 15 14De41d 1995 B+=100;B+p=55 7
+070 0240 70Cr -4480# 600# 1# ms >620ns 0+ 13 2013 B- ?;B-n=40#;B-2n=2#
+070 0250 70Mn -19500# 500# 19.9 ms 1.7 09 15Be32td 2009 B-=100;B-n=20#;B-2n=7#
+070 0260 70Fe -36510# 400# 63.0 ms 4.5 0+ 04 13Ma87t 1997 B-=100;B-n=10#
+070 0270 70Co -46630# 300# * 112 ms 7 (6-,7-) 16 1985 B-=100;B-n=3#;B-2n=0#
+070 0271W 70Com -46430# 360# 200# 200# * 470 ms 50 3+# 16 1998 B-~100;IT ?;B-n=3#;B-2n=0#
+070 0280 70Ni -59213.9 2.1 6.0 s 0.3 0+ 04 1987 B-=100
+070 0281W 70Nim -56353.9 2.9 2860 2 232 ns 1 (8+) 04 1997 IT=100
+070 0290 70Cu -62976.4 1.1 44.5 s 0.2 6-* 04 10Vi07j 1971 B-=100
+070 0291W 70Cum -62875.3 1.1 101.1 0.3 33 s 2 3-* 04 10Vi07j 2002 B-=52 9;IT=48 9
+070 0292W 70Cun -62733.8 1.2 242.6 0.5 6.6 s 0.2 1+* 04 10Vi07j 1971 B-=93.2 9;IT=6.8 9
+070 0300 70Zn -69564.7 1.9 stbl 0+ 04 1922 IS=0.61 10;2B- ?
+070 0310 70Ga -68910.1 1.2 21.14 m 0.03 1+ 04 1937 B-~100;EC=0.41 6
+070 0320 70Ge -70561.9 0.8 stbl 0+ 04 1923 IS=20.57 27
+070 0330 70As -64340 50 52.6 m 0.3 4+ 04 1950 B+=100
+070 0331W 70Asm -64310 50 32.008 0.002 96 us 3 2+ 04 1979 IT=100
+070 0340 70Se -61929.9 1.6 41.1 m 0.3 0+ 04 1950 B+=100
+070 0350 70Br -51426 15 79.1 ms 0.8 0+ T=1 04 1978 B+=100;B+p ?
+070 0351W 70Brm -49134 15 2292.3 0.8 2.2 s 0.2 9+ 04 1981 B+=?;IT ?;B+p ?
+070 0360 70Kr -41100# 200# 52 ms 17 0+ 04 1995 B+=100;B+p<1.3
+071 0250 71Mn -15570# 500# 5# ms >400ns 5/2-# 10 10Oh02i 2010 B- ?;B-n=30#;B-2n=3#
+071 0260 71Fe -31430# 400# 33.7 ms 3.8 7/2+# 10 13Ma87t 1997 B-=100;B-n=10#;B-2n=0.3#
+071 0270 71Co -44370 470 80 ms 3 (7/2-) 10 12Ra10tjd1992 B-=100;B-n=3 1
+071 0280 71Ni -55406.2 2.2 2.56 s 0.03 (9/2+) 10 1987 B-=100
+071 0281W 71Nim -55406.0 2.3 499 5 2.3 s 0.3 (1/2-) 10 2009 B-=100
+071 0290 71Cu -62711.1 1.5 19.4 s 1.4 3/2-* 10 10Vi07j 1983 B-=100
+071 0291W 71Cum -59955.4 1.6 2755.7 0.6 271 ns 13 (19/2-) 10 98Gr14tj 1998 IT=100
+071 0300 71Zn -67328.8 2.7 2.45 m 0.10 1/2- 10 1955 B-=100
+071 0301 71Znm -67171.1 2.4 157.7 1.3 MD 4.125 h 0.007 9/2+ 10 12Re05t 1958 B-~100;IT LE 0.05
+071 0310 71Ga -70139.1 0.8 stbl 3/2- 10 1923 IS=39.892 9
+071 0320 71Ge -69906.5 0.8 11.43 d 0.03 1/2- 10 1941 EC=100
+071 0321W 71Gem -69708.1 0.8 198.354 0.014 20.41 ms 0.18 9/2+ 10 1959 IT=100
+071 0330 71As -67893 4 65.30 h 0.07 5/2- 10 1939 B+=100
+071 0340 71Se -63146.5 2.8 4.74 m 0.05 (5/2-) 10 1957 B+=100
+071 0341W 71Sem -63097.7 2.8 48.79 0.05 5.6 us 0.7 (1/2-) 10 1982 IT=100
+071 0342W 71Sen -62886.0 2.8 260.48 0.10 19.0 us 0.5 (9/2+) 10 1982 IT=100
+071 0350 71Br -56502 5 21.4 s 0.6 (5/2)- 10 1981 B+=100
+071 0360 71Kr -46330 130 100 ms 3 (5/2)- 10 1981 B+=100;B+p=2.1 7
+071 0370 71Rb -32060# 400# * 5/2-# p ?
+071 0371W 71Rbm -32010# 410# 50# 100# * 1/2-# Mirrori
+071 0372W 71Rbn -31800# 410# 260# 100# 9/2+# Mirrori
+072 0250 72Mn -9900# 600# 2# ms >620ns 13 2013 B- ?;B-n=50#;B-2n=10#
+072 0260 72Fe -28430# 500# 19 ms 4 0+ 10 13Ma87td 1997 B-=?;B-n=10#;B-2n=0#
+072 0270 72Co -40200# 400# 52.5 ms 0.3 (6-,7-) 10 16Mo07t 1992 B-=100;B-n>6 2;B-2n=0.2#
+072 0271W 72Com -40000# 450# 200# 200# * 47.8 ms 0.5 (0+,1+) 16Mo07tj 2016 B-=100
+072 0280 72Ni -54226.1 2.2 1.57 s 0.05 0+ 10 1987 B-=100;B-n=0#
+072 0290 72Cu -59783.0 1.4 6.63 s 0.03 2-* 10 10Vi07j 1983 B-=100
+072 0291W 72Cum -59512.7 1.7 270.3 1.0 1.76 us 0.03 (6-) 10 1998 IT=100
+072 0300 72Zn -68145.5 2.1 46.5 h 0.1 0+ 10 1951 B-=100
+072 0310 72Ga -68588.3 0.8 14.025 h 0.010 3- 10 12Kr07t 1939 B-=100
+072 0311W 72Gam -68468.6 0.8 119.66 0.05 39.68 ms 0.13 (0+) T=1 10 1968 IT=100
+072 0320 72Ge -72585.90 0.08 stbl 0+ 10 1923 IS=27.45 32
+072 0321W 72Gem -71894.47 0.09 691.43 0.04 444.2 ns 0.8 0+ 10 1984 IT=100
+072 0330 72As -68230 4 26.0 h 0.1 2- 10 1939 B+=100
+072 0340 72Se -67868.2 2.0 8.40 d 0.08 0+ 10 1948 EC=100
+072 0350 72Br -59061.7 1.0 78.6 s 2.4 1+ 10 1970 B+=100
+072 0351W 72Brm -58960.9 1.0 100.76 0.15 10.6 s 0.3 (3-) 10 1980 IT~100;B+=?
+072 0360 72Kr -53941 8 17.16 s 0.18 0+ 10 03Pi03t 1973 B+=100
+072 0370 72Rb -38330# 500# * <1.5us 1+# 95Bl06i p ?
+072 0371W 72Rbm -38230# 510# 100# 100# * 3-# p ?
+073 0260 73Fe -22900# 500# 12.9 ms 1.6 7/2+# 16 2010 B- ?;B-n=20#;B-2n=4#
+073 0270 73Co -37420# 400# 40.7 ms 1.3 7/2-# 16 12Ra10d 1995 B-=100;B-n=9 4;B-2n=0.01#
+073 0280 73Ni -50108.2 2.4 840 ms 30 (9/2+) 16 1987 B-=100;B-n=0.3#
+073 0290 73Cu -58987.4 1.9 4.2 s 0.3 3/2-* 04 10Vi07j 1983 B-=100;B-n=0#
+073 0300 73Zn -65593.4 1.9 23.5 s 1.0 (1/2)- 04 1972 B-=100
+073 0301W 73Znm -65397.9 1.9 195.5 0.2 13.0 ms 0.2 (5/2+) 04 1985 IT=100
+073 0302W 73Znn -65355.8 2.8 237.6 2.0 EU 5.8 s 0.8 (9/2+) 04 1998 IT=?;B-=?
+073 0310 73Ga -69699.3 1.7 4.86 h 0.03 1/2- 04 11Ch16j 1949 B-=100
+073 0320 73Ge -71297.52 0.06 stbl 9/2+ 04 1933 IS=7.75 12
+073 0321W 73Gem -71284.24 0.06 13.2845 0.0015 2.92 us 0.03 5/2+ 04 1975 IT=100
+073 0322W 73Gen -71230.79 0.06 66.726 0.009 499 ms 11 1/2- 04 1957 IT=100
+073 0330 73As -70953 4 80.30 d 0.06 3/2- 04 1948 EC=100
+073 0331W 73Asm -70525 4 427.906 0.021 5.7 us 0.2 9/2+ 04 1956 IT=100
+073 0340 73Se -68227 7 7.15 h 0.08 9/2+ 04 1948 B+=100
+073 0341W 73Sem -68201 7 25.71 0.04 39.8 m 1.3 3/2- 04 1960 IT=72.6 3;B+=27.4 3
+073 0350 73Br -63647 7 3.4 m 0.2 1/2- 04 1970 B+=100
+073 0360 73Kr -56552 7 27.3 s 1.0 3/2- 04 1972 B+=100;B+p=0.25 3
+073 0361W 73Krm -56118 7 433.66 0.12 107 ns 10 (9/2+) 04 1993 IT=100
+073 0370 73Rb -46080# 200# <30ns 3/2-# 04 96Pf01i p ?
+073 0371W 73Rbm -45650# 220# 430# 100# 9/2+# Mirrori
+073 0378 73Rbi -42850 40 3230# 200# p 1/2- T=3/2 93Ba61jd 1993 p=100
+073 0380 73Sr -31950# 400# >25 ms 1/2-# 04 1993 B+=100;B+p=?
+074 0260 74Fe -19590# 600# 2# ms >400ns 0+ 10 10Oh02i 2010 B- ?;B-n=30#;B-2n=2#
+074 0270 74Co -32820# 500# 31.3 ms 1.3 06 05Ma95td 1995 B-=100;B-n>26 9;B-2n=1#
+074 0280 74Ni -48460# 200# 507.7 ms 4.6 0+ 06 14Xu07t 1987 B-=100;B-n=5#
+074 0290 74Cu -56006 6 1.63 s 0.05 2-* 06 10Vi07j 1987 B-=100;B-n=40#
+074 0300 74Zn -65756.7 2.5 95.6 s 1.2 0+ 06 1972 B-=100
+074 0310 74Ga -68049.6 3.0 8.12 m 0.12 (3-) 06 13Ma15j 1956 B-=100
+074 0311W 74Gam -67990 3 59.571 0.014 9.5 s 1.0 (0)(+#) 06 1974 IT=75 25;B- ?
+074 0320 74Ge -73422.442 0.013 stbl 0+ 06 1923 IS=36.50 20
+074 0330 74As -70860.1 1.7 17.77 d 0.02 2- 06 1938 B+=66 2;B-=34 2
+074 0340 74Se -72213.201 0.015 stbl >15Ey 0+ 06 15Je02t 1922 IS=0.89 4;2B+ ?
+074 0350 74Br -65288 6 25.4 m 0.3 (0-) 06 1952 B+=100
+074 0351W 74Brm -65274 6 13.58 0.21 46 m 2 4(+#) 06 1953 B+=100
+074 0360 74Kr -62331.8 2.0 11.50 m 0.11 0+ 06 1960 B+=100
+074 0368W 74Kri -61790 30 540 30 98Gr.Ae 1998 IT=100
+074 0370 74Rb -51916 3 64.776 ms 0.030 0+ T=1 06 1977 B+=100;B+p ?
+074 0380 74Sr -40830# 100# 27 ms 8 0+ 15 1995 B+=100;B+p ?
+075 0260 75Fe -13640# 600# 2# ms >620ns 9/2+# 13 2013 B- ?;B-n=80#;B-2n=20#
+075 0270 75Co -29650# 500# 26.5 ms 1.2 7/2-# 13 14Xu07t 1995 B-=100;B-n<16;B-2n=0.5#
+075 0280 75Ni -44030# 300# 331.6 ms 3.2 7/2+# 13 14Xu07t 1992 B-=100;B-n=10.0 28
+075 0290 75Cu -54471.3 2.3 1.224 s 0.003 5/2-* 13 10Vi07j 1985 B-=100;B-n=3.5 6
+075 0291W 75Cum -54409.6 2.3 61.7 0.4 310 ns 8 (1/2-,3/2-) 13 2010 IT=100
+075 0292W 75Cun -54405.1 2.3 66.2 0.4 149 ns 5 (3/2-,1/2-) 13 16Pe14ejt2010 IT=100
+075 0300 75Zn -62558.9 2.0 10.2 s 0.2 (7/2+) 13 1974 B-=100
+075 0301W 75Znm -62432.0 2.0 126.94 0.09 5# s (1/2-) 13 2011 B- ?;IT ?
+075 0310 75Ga -68464.6 2.4 126 s 2 3/2- 13 1960 B-=100
+075 0320 75Ge -71856.96 0.05 82.78 m 0.04 1/2- 13 1939 B-=100
+075 0321W 75Gem -71717.27 0.06 139.69 0.03 47.7 s 0.5 7/2+ 13 1952 IT~100;B-=0.030 6
+075 0322W 75Gen -71664.77 0.08 192.19 0.06 216 ns 5 5/2+ 13 1982 IT=100
+075 0330 75As -73034.2 0.9 stbl 3/2- 13 1920 IS=100.
+075 0331W 75Asm -72730.3 0.9 303.9243 0.0008 17.62 ms 0.23 9/2+ 13 1957 IT=100
+075 0340 75Se -72169.48 0.07 119.78 d 0.05 5/2+ 13 1947 EC=100
+075 0350 75Br -69107 4 96.7 m 1.3 3/2- 13 1948 B+=100
+075 0360 75Kr -64324 8 4.60 m 0.07 5/2+ 13 1960 B+=100
+075 0370 75Rb -57218.7 1.2 19.0 s 1.2 3/2(-) 13 1975 B+=100
+075 0380 75Sr -46620 220 88 ms 3 (3/2-) 13 1991 B+=100;B+p=5.2 9
+075 0390 75Y -31820# 300# 100# us 5/2+# B+ ?;B+p ?;p ?
+076 0270 76Co -24510# 600# & 23 ms 6 (8-) 14 14Xu07td 2010 B-=100;B-n=4#;B-2n=6#
+076 0271W 76Com -24410# 610# 100# 100# & 16 ms 4 (1-) 15So23tjd2015 B-=100
+076 0272W 76Con -23770# 610# 740# 100# 2.99 us 0.27 (3+) 15So23tjd2015 IT=100
+076 0280 76Ni -41630# 400# 234.6 ms 2.7 0+ 07 14Xu07t 1995 B-=100;B-n=14 3.6
+076 0281W 76Nim -39210# 400# 2418.7 1.0 547.8 ns 3.3 (8+) 07 15So23t 2005 IT=100
+076 0290 76Cu -50976 7 * 637.7 ms 5.5 (3,4) 95 09Wi03d 1987 B-=100;B-n=7.2 5
+076 0291W 76Cum -50980# 200# 0# 200# * 1.27 s 0.30 (1,3) 95 90Wi12j 1990 B-=100
+076 0300 76Zn -62303.0 1.5 5.7 s 0.3 0+ 95 1974 B-=100
+076 0310 76Ga -66296.6 2.0 32.6 s 0.6 2- 95 11Ma45j 1961 B-=100
+076 0320 76Ge -73212.889 0.018 1.66 Zy 0.13 0+ 95 15Ba11t 1933 IS=7.73 12;2B-=100
+076 0330 76As -72291.4 0.9 1.0778 d 0.0020 2- 95 1934 B-~100;EC<0.02
+076 0331W 76Asm -72247.0 0.9 44.425 0.001 1.84 us 0.06 (1)+ 95 1966 IT=100
+076 0340 76Se -75251.950 0.016 stbl 0+ 95 1922 IS=9.37 29
+076 0350 76Br -70289 9 16.2 h 0.2 1- 95 1952 B+=100
+076 0351W 76Brm -70186 9 102.58 0.03 1.31 s 0.02 (4)+ 95 1979 IT>99.4;B+<0.6
+076 0360 76Kr -69014 4 14.8 h 0.1 0+ 95 1954 B+=100
+076 0370 76Rb -60479.1 0.9 36.5 s 0.6 1(-) 95 1969 B+=100;B+A=3.8e-7 10
+076 0371W 76Rbm -60162.2 0.9 316.93 0.08 3.050 us 0.007 (4+) 95 00Ch07t 1986 IT=100
+076 0380 76Sr -54250 30 7.89 s 0.07 0+ 11 1990 B+=100;B+p=3.4e-5 8
+076 0390 76Y -38480# 300# 120# us >200ns 1-# 07 01Ki13i 2001 B+ ?;p ?;B+p ?
+077 0270 77Co -21020# 600# 15 ms 6 7/2-# 14 2014 B-=100;B-n=90#;B-2n=5#
+077 0280 77Ni -36800# 500# 158.9 ms 4.2 9/2+# 12 14Xu07t 1995 B-=100;B-n=30 24;B-2n=0#
+077 0290 77Cu -48620# 150# 467.9 ms 2.1 5/2- 12 1987 B-=100;B-n=30.3 20
+077 0300 77Zn -58789.2 2.0 2.08 s 0.05 (7/2+) 12 1977 B-=100
+077 0301W 77Znm -58016.8 2.0 772.440 0.015 1.05 s 0.10 (1/2-) 12 09Pa35j 1986 B-=66 7;IT=34 7
+077 0310 77Ga -65992.3 2.4 13.2 s 0.2 3/2(-) 12 1968 B-=100[gs=12,m=88]
+077 0320 77Ge -71212.86 0.05 11.211 h 0.003 7/2+ 12 1939 B-=100
+077 0321W 77Gem -71053.15 0.08 159.71 0.06 53.7 s 0.6 1/2- 12 1947 B-=81 2;IT=19 2
+077 0330 77As -73916.3 1.7 38.79 h 0.05 3/2- 12 1951 B-=100[gs=99.7,m=0.3]
+077 0331W 77Asm -73440.8 1.7 475.48 0.04 114.0 us 2.5 9/2+ 12 1957 IT=100
+077 0340 77Se -74599.49 0.06 stbl 1/2- 12 1922 IS=7.63 16
+077 0341W 77Sem -74437.57 0.06 161.9223 0.0010 17.36 s 0.05 7/2+ 12 1947 IT=100
+077 0350 77Br -73234.8 2.8 57.04 h 0.12 3/2- 12 1948 B+=100
+077 0351W 77Brm -73128.9 2.8 105.86 0.08 4.28 m 0.10 9/2+ 12 1961 IT=100
+077 0360 77Kr -70169.4 2.0 74.4 m 0.6 5/2+ 12 1948 B+=100
+077 0361W 77Krm -70102.9 2.0 66.50 0.05 118 ns 12 3/2- 12 1975 IT=100
+077 0370 77Rb -64830.5 1.3 3.78 m 0.04 3/2- 12 1972 B+=100
+077 0380 77Sr -57803 8 9.0 s 0.2 5/2+ 12 13Ma15j 1976 B+=100;B+p=0.08 3
+077 0390 77Y -46440# 200# 63 ms 17 5/2+# 12 00We.Ad 1999 B+=?;B+p ?;p<10
+077 0400 77Zr -32040# 400# 100# us 3/2-# B+ ?;B+p ?;p ?
+078 0280 78Ni -33890# 600# 122.2 ms 5.1 0+ 09 14Xu07t 1995 B-=100;B-n=50#;B-2n=0#
+078 0290 78Cu -44500 500 330.7 ms 2.0 (5-) 09 14Xu07t 1991 B-=100;B-n=50.6 45;B-2n=0.2#
+078 0300 78Zn -57483.2 1.9 1.47 s 0.15 0+ 09 1977 B-=100;B-n=0#
+078 0301W 78Znm -54807.9 2.1 2675.3 1.0 320 ns 6 (8+) 09 12Ka36et 1998 IT=100
+078 0310 78Ga -63706.0 1.9 5.09 s 0.05 2- 09 11Ma45j 1972 B-=100
+078 0311W 78Gam -63207.1 2.0 498.9 0.5 110 ns 3 09 10Da06et 2010 IT=100
+078 0320 78Ge -71862 4 88.0 m 1.0 0+ 09 1953 B-=100
+078 0330 78As -72817 10 90.7 m 0.2 2- 09 1937 B-=100
+078 0340 78Se -77025.94 0.18 stbl 0+ 09 1922 IS=23.77 28
+078 0350 78Br -73452 4 6.45 m 0.04 1+ 09 1937 B+~100;B-<0.01
+078 0351W 78Brm -73271 4 180.89 0.13 119.4 us 1.0 (4+) 09 1958 IT=100
+078 0360 78Kr -74178.3 0.3 stbl >110Ey 0+ 09 94Sa31t 1920 IS=0.355 3;2B+ ?
+078 0370 78Rb -66935 3 17.66 m 0.03 0(+) 09 1968 B+=100
+078 0371W 78Rbm -66888 3 46.84 0.14 910 ns 40 (1-) 09 1996 IT=100
+078 0372W 78Rbn -66824 3 111.19 0.22 5.74 m 0.03 4(-) 09 1968 B+=91 2;IT=9 2
+078 0376 78Rbx -66861 12 74 12 R=2.0~0.5 spmix
+078 0380 78Sr -63174 7 156.1 s 2.7 0+ 09 11Pe29t 1982 B+=100
+078 0390 78Y -52170# 300# * 54 ms 5 (0+) 09 01Ga24tj 1992 B+=100;B+p ?
+078 0391W 78Yxm -52170# 580# 0# 500# * 5.8 s 0.6 (5+) 09 1998 B+=100;B+p ?
+078 0400 78Zr -40850# 400# 50# ms >200ns 0+ 09 01Ki13i 2001 B+ ?;B+p ?
+079 0280 79Ni -27570# 600# 44 ms 8 5/2+# 16 2010 B-=100;B-n=60#;B-2n=40#
+079 0290 79Cu -41740# 300# 241.0 ms 3.2 5/2-# 16 1991 B-=100;B-n=66 12;B-2n=0#
+079 0300 79Zn -53432.3 2.2 746 ms 42 9/2+* 16 1981 B-=100;B-n=1.7 5
+079 0301W 79Znm -52330 150 1100 150 >200 ms 1/2+* 16 2015 IT=?;B- ?
+079 0310 79Ga -62547.7 1.9 2.848 s 0.003 3/2(-) 16 1974 B-=100;B-n=0.089 19
+079 0320 79Ge -69530 40 18.98 s 0.03 (1/2)- 16 1970 B-=100
+079 0321W 79Gem -69340 40 185.95 0.04 39.0 s 1.0 7/2+# 16 1970 B-=96 1;IT=4 1
+079 0330 79As -73636 5 9.01 m 0.15 3/2- 16 1950 B-=100
+079 0331W 79Asm -72863 5 772.81 0.06 1.21 us 0.01 (9/2)+ 16 98Gr14t 1998 IT=100
+079 0340 79Se -75917.46 0.22 327 ky 28 7/2+ 16 1950 B-=100
+079 0341W 79Sem -75821.69 0.22 95.77 0.03 3.92 m 0.01 1/2- 16 1950 IT~100;B-=0.056 11
+079 0350 79Br -76068.0 1.0 stbl 3/2- 16 1920 IS=50.69 7
+079 0351W 79Brm -75860.4 1.0 207.61 0.09 4.85 s 0.04 9/2+ 16 1954 IT=100
+079 0360 79Kr -74442 3 35.04 h 0.10 1/2- 16 1948 B+=100
+079 0361W 79Krm -74312 3 129.77 0.05 50 s 3 7/2+ 16 1940 IT=100
+079 0370 79Rb -70803.0 2.1 22.9 m 0.5 5/2+ 16 1957 B+=100
+079 0380 79Sr -65477 8 2.25 m 0.10 3/2(-) 16 1972 B+=100
+079 0390 79Y -57820 80 14.8 s 0.6 5/2+# 16 1992 B+=100
+079 0400 79Zr -46770# 300# 56 ms 30 5/2+# 16 1999 B+=100;B+p ?
+079 0410 79Nb -31650# 500# 9/2+# p ?;B+ ?;B+p ?
+080 0280 80Ni -22630# 700# 30 ms 22 0+ 14 2014 B-=100;B-n=60#;B-2n=40#
+080 0290 80Cu -36200# 400# 113.3 ms 6.4 14 14Xu07t 1995 B- ?;B-n=40#;B-2n=20#
+080 0300 80Zn -51648.6 2.6 562.2 ms 3.0 0+ 14 14Xu07t 1981 B-=100;B-n=1.0 5
+080 0310 80Ga -59223.7 2.9 * 1.9 s 0.1 6(-) 14 13Ve03tj 1974 B-=100;B-n=0.86 7
+080 0311W 80Gam -59201.3 2.9 22.45 0.10 * 1.3 s 0.2 3(-) 14 13Ve03tj 2011 B- ?;B-n=1#;IT ?
+080 0320 80Ge -69535.3 2.1 29.5 s 0.4 0+ 05 1972 B-=100
+080 0330 80As -72214 3 15.2 s 0.2 1+ 05 1954 B-=100
+080 0340 80Se -77759.5 1.0 stbl 0+ 05 1922 IS=49.61 41;2B- ?
+080 0350 80Br -75889.0 1.0 17.68 m 0.02 1+ 05 1937 B-=91.7 2;B+=8.3 2
+080 0351W 80Brm -75803.2 1.0 85.843 0.004 4.4205 h 0.0008 5- 05 1937 IT=100
+080 0360 80Kr -77893.3 0.7 stbl 0+ 05 1920 IS=2.286 10
+080 0370 80Rb -72175.5 1.9 33.4 s 0.7 1+ 05 93Al03t 1961 B+=100
+080 0371W 80Rbm -71681.6 2.0 493.9 0.5 1.63 us 0.04 (6+) 05 92Do10e 1980 IT=100
+080 0380 80Sr -70311 3 106.3 m 1.5 0+ 05 1961 B+=100
+080 0390 80Y -61148 6 30.1 s 0.5 4- 05 1981 B+=100
+080 0391W 80Yxm -60920 6 228.5 0.1 4.8 s 0.3 1- 05 01No07j 1998 IT=81 2;B+=19 2
+080 0392W 80Yxn -60835 6 312.6 0.9 4.7 us 0.3 (2+) 05 1997 IT=100
+080 0400 80Zr -54360# 300# 4.6 s 0.6 0+ 05 01Ki13t 1987 B+=100
+080 0410 80Nb -38420# 400# 4-# p ?;B+ ?;B+p ?
+081 0290 81Cu -31420# 500# 73.2 ms 6.8 5/2-# 10 14Xu07td 2010 B-=100;B-n=70#;B-2n=30#
+081 0300 81Zn -46200 5 303.2 ms 2.6 (5/2+) 08 14Xu07t 1991 B-=100;B-n=9.1 24;B-2n=0#
+081 0310 81Ga -57628 3 1.217 s 0.005 5/2- 08 11Ch16j 1976 B-=100;B-n=11.9 7
+081 0320 81Ge -66291.7 2.1 8 s 2 9/2+# 08 1972 B-=100
+081 0321W 81Gem -65612.6 2.1 679.14 0.04 8 s 2 (1/2+) 08 1981 B-~100;IT<1
+081 0330 81As -72533.3 2.6 33.3 s 0.8 3/2- 08 1960 B-=100
+081 0340 81Se -76389.0 1.0 18.45 m 0.12 1/2- 08 1948 B-=100
+081 0341W 81Sem -76286.0 1.0 103.00 0.06 57.28 m 0.02 7/2+ 08 1971 IT~100;B-=0.051 14
+081 0350 81Br -77977.0 1.0 stbl 3/2- 08 1920 IS=49.31 7
+081 0351W 81Brm -77440.8 1.0 536.20 0.09 34.6 us 2.8 9/2+ 08 1967 IT=100
+081 0360 81Kr -77696.2 1.1 229 ky 11 7/2+ 08 1950 EC=100
+081 0361W 81Krm -77505.6 1.1 190.64 0.04 13.10 s 0.03 1/2- 08 1940 IT~100;EC=0.0025 4
+081 0370 81Rb -75457 5 4.572 h 0.004 3/2- 08 1949 B+=100
+081 0371W 81Rbm -75371 5 86.31 0.07 30.5 m 0.3 9/2+ 08 1956 IT=97.6 6;B+=2.4 6
+081 0380 81Sr -71528 3 22.3 m 0.4 1/2- 08 1952 B+=100
+081 0381W 81Srm -71449 3 79.23 0.04 390 ns 50 (5/2)- 08 1983 IT=100
+081 0382W 81Srn -71439 3 89.05 0.07 6.4 us 0.5 (7/2+) 08 1989 IT ?
+081 0390 81Y -65713 5 70.4 s 1.0 (5/2+) 08 1981 B+=100
+081 0400 81Zr -57460 90 5.5 s 0.4 (3/2-) 08 1997 B+=100;B+p=0.12 2
+081 0410 81Nb -46360# 400# <44 ns 9/2+# 08 00We.Ai p ?;B+ ?;B+p ?
+081 0420 81Mo -31750# 500# 1# ms >400ns 5/2+# 15 13Su23i 2013 B+ ?;B+p ?
+082 0290 82Cu -25320# 600# 50# ms >400ns 10 10Oh02i 2010 B- ?;B-n=30#;B-2n=60#
+082 0300 82Zn -42314 3 177.9 ms 2.5 0+ 12 16Al10d 1997 B-=100;B-n=69 7;B-2n=0#
+082 0310 82Ga -52930.7 2.4 599 ms 2 (2) 03 12Ch51j 1976 B-=100;B-n=21.3 13;B-2n=0#
+082 0311W 82Gam -52789.7 2.5 141.0 0.5 93.5 ns 6.7 (4-) 16Al10tj 2009 IT=100
+082 0320 82Ge -65415.1 2.2 4.56 s 0.26 0+ 11 1972 B-=100
+082 0330 82As -70105 4 19.1 s 0.5 (2-) 03 04Ga44j 1968 B-=100
+082 0331W 82Asm -69973 4 132.1 0.2 13.6 s 0.4 (5-) 03 14Mi16e 1970 B-=100
+082 0340 82Se -77593.9 0.5 92 Ey 7 0+ 03 15Ba11t 1922 IS=8.73 22;2B-=100
+082 0350 82Br -77498.7 1.0 35.282 h 0.007 5- 03 1937 B-=100
+082 0351W 82Brm -77452.8 1.0 45.9492 0.0010 6.13 m 0.05 2- 03 1965 IT=97.6 3;B-=2.4 3
+082 0360 82Kr -80591.785 0.005 stbl 0+ 03 1920 IS=11.593 31
+082 0370 82Rb -76188 3 1.273 m 0.002 1+ 03 1949 B+=100
+082 0371 82Rbm -76118.8 2.6 69.0 1.5 IT 6.472 h 0.006 5- 03 1957 B+~100;IT<0.33
+082 0380 82Sr -76010 6 25.36 d 0.03 0+ 03 87Ho06t 1952 EC=100
+082 0390 82Y -68064 5 8.30 s 0.20 1+ 03 1980 B+=100
+082 0391W 82Yxm -67661 5 402.63 0.14 258 ns 22 4- 03 94Mu02t 1994 IT=100
+082 0392W 82Yxn -67557 5 507.50 0.13 147 ns 7 6+ 03 1994 IT=100
+082 0400 82Zr -63631 11 32 s 5 0+ 03 1982 B+=100
+082 0410 82Nb -52090# 300# 50 ms 5 (0+) 08 1992 B+=100;B+p ?
+082 0411W 82Nbm -50910# 300# 1180 1 92 ns 17 (5+) 08 08Ga04etj2008 IT=100
+082 0420 82Mo -40370# 400# 30# ms >400ns 0+ 15 13Su23i 2013 B+ ?;B+p ?
+083 0300 83Zn -36290# 300# 119 ms 16 3/2+# 15 16Al10t 1997 B-=100;B-n=10#;B-2n=3#
+083 0310 83Ga -49257.1 2.6 308.1 ms 1.0 5/2-# 15 1976 B-=100;B-n=62.8 25;B-2n=0#
+083 0311W 83Gam -49059.8 2.6 197.3 0.5 120 ns 5 16Al10etd2016 IT=100
+083 0320 83Ge -60976.4 2.4 1.85 s 0.06 (5/2+) 15 1972 B-=100;B-n=0.1#
+083 0330 83As -69669.3 2.8 13.4 s 0.4 5/2-# 15 1968 B-=100
+083 0340 83Se -75341 3 22.25 m 0.04 9/2+ 15 15Kr02t 1937 B-=100
+083 0341W 83Sem -75112 3 228.92 0.07 70.1 s 0.4 1/2- 15 1969 B-=100
+083 0350 83Br -79014 4 2.374 h 0.004 3/2- 15 1937 B-=100
+083 0351W 83Brm -75945 4 3069.2 0.4 729 ns 77 (19/2-) 15 11Ru.At 1989 IT=100
+083 0360 83Kr -79990.633 0.009 stbl 9/2+ 15 1920 IS=11.500 19
+083 0361W 83Krm -79981.228 0.009 9.4053 0.0008 156.8 ns 0.5 7/2+ 15 1963 IT=100
+083 0362W 83Krn -79949.076 0.009 41.5575 0.0007 1.830 h 0.013 1/2- 15 10Li13t 1971 IT=100
+083 0370 83Rb -79070.6 2.3 86.2 d 0.1 5/2- 15 1950 EC=100
+083 0371W 83Rbm -79028.5 2.3 42.0780 0.0020 7.8 ms 0.7 9/2+ 15 68Et01t 1968 IT=100
+083 0380 83Sr -76798 7 32.41 h 0.03 7/2+ 15 1952 B+=100
+083 0381W 83Srm -76539 7 259.15 0.09 4.95 s 0.12 1/2- 15 1972 IT=100
+083 0390 83Y -72206 19 7.08 m 0.08 (9/2+) 15 92Bu10j 1962 B+=100
+083 0391W 83Yxm -72144 19 62.04 0.10 2.85 m 0.02 (3/2-) 15 1972 B+=60 5;IT=40 5
+083 0400 83Zr -65912 6 42 s 2 1/2-# 15 1974 B+=100;B+p=?
+083 0401W 83Zrm -65859 6 52.72 0.05 530 ns 120 (5/2-) 15 1988 IT=100
+083 0402W 83Zrn -65835 6 77.04 0.07 1.8 us 0.1 (7/2+) 15 1988 IT=100
+083 0410 83Nb -57560 150 3.9 s 0.2 (9/2+) 15 GAu15bj 1988 B+=100
+083 0420 83Mo -46340# 400# 23 ms 19 3/2-# 15 01Ki13td 1999 B+=100;B+p ?
+083 0430 83Tc -31320# 500# 1/2-# p ?;B+ ?;B+p ?
+084 0300 84Zn -31930# 400# 50# ms >400ns 0+ 10 10Oh02i 2010 B- ?;B-n=40#;B-2n=4#
+084 0310 84Ga -44090# 200# 85 ms 10 0-# 09 16Ma50d 1991 B-=100;B-n=40 7;B-2n=2#
+084 0320 84Ge -58148 3 951 ms 9 0+ 09 13Ma22t 1972 B-=100;B-n=10.7 6
+084 0330 84As -65854 3 * 4.02 s 0.03 (3-) 09 93Ru01td 1968 B-=100;B-n=0.28 4
+084 0331W 84Asm -65850# 100# 0# 100# * 650 ms 150 09 1974 B-=100
+084 0340 84Se -75947.7 2.0 3.26 m 0.10 0+ 09 1960 B-=100
+084 0350 84Br -77783 26 31.76 m 0.08 2- 09 1943 B-=100
+084 0351 84Brm -77470 100 310 100 BD 6.0 m 0.2 (6)- 09 1957 B-=100
+084 0352W 84Brn -77375 26 408.2 0.4 <140 ns 1+ 09 1970 IT=100
+084 0360 84Kr -82439.335 0.004 stbl 0+ 09 1920 IS=56.987 15
+084 0361W 84Krm -79203.27 0.18 3236.07 0.18 1.83 us 0.04 8+ 09 1982 IT=100
+084 0370 84Rb -79759.0 2.2 32.82 d 0.07 2- 09 1947 B+=96.1 20;B-=3.9 20
+084 0371W 84Rbm -79295.4 2.2 463.59 0.08 20.26 m 0.04 6- 09 1940 IT~100;B+<0.0012
+084 0380 84Sr -80649.6 1.2 stbl 0+ 09 1936 IS=0.56 1;2B+ ?
+084 0390 84Y -73894 4 39.5 m 0.8 (6+) 09 1962 B+=100
+084 0391W 84Yxm -73827 4 67.0 0.2 4.6 s 0.2 1+ 09 1976 B+=100
+084 0392W 84Yxn -73684 4 210.42 0.16 292 ns 10 (4-) 09 2005 IT=100
+084 0400 84Zr -71422 5 25.8 m 0.5 0+ 09 1977 B+=100
+084 0410 84Nb -61219 13 9.8 s 0.9 (1+) 09 09St04j 1977 B+=100
+084 0411W 84Nbm -61171 13 48 1 176 ns 46 (3+) 09Ga40etj2009 IT=100
+084 0412W 84Nbn -60881 13 337.7 0.4 92 ns 5 (5-) 09 09Ga40t 2000 IT=100
+084 0420 84Mo -54170# 300# 2.3 s 0.3 0+ 09 1991 B+=100;B+p ?
+084 0430 84Tc -37700# 400# 1+# p ?;B+ ?;B+p ?
+085 0300 85Zn -25230# 500# 50# ms >400ns 5/2+# 14 10Oh02i 2010 B- ?;B-n=30#;B-2n=7#
+085 0310 85Ga -39850# 300# 92.2 ms 3.5 (5/2-) 14 13Mi19t 1997 B-=100;B-n>35;B-2n=6#
+085 0320 85Ge -53123 4 494 ms 8 (3/2+,5/2+) 14 13Ma22t 1991 B-=100;B-n=16.5 23;B-2n=0#
+085 0330 85As -63189 3 2.021 s 0.012 (5/2-) 14 12Ku06j 1967 B-=100;B-n=62.9 20
+085 0340 85Se -72413.6 2.6 32.9 s 0.3 (5/2)+ 14 1960 B-=100
+085 0350 85Br -78575 3 2.90 m 0.06 3/2- 14 1943 B-=100
+085 0360 85Kr -81480.3 2.0 10.739 y 0.014 9/2+ 14 1940 B-=100
+085 0361W 85Krm -81175.4 2.0 304.871 0.020 4.480 h 0.008 1/2- 14 1937 B-=78.8 5;IT=21.2 5
+085 0362W 85Krn -79488.5 2.0 1991.8 0.2 1.82 us 0.05 (17/2+) 14 11Ru.At 1989 IT=100
+085 0370 85Rb -82167.331 0.005 stbl 5/2- 14 1921 IS=72.17 2
+085 0371W 85Rbm -81653.325 0.005 514.0065 0.0022 1.015 us 0.001 9/2+ 14 1964 IT=100
+085 0380 85Sr -81103.3 2.8 64.849 d 0.007 9/2+ 14 1940 EC=100
+085 0381W 85Srm -80864.5 2.8 238.79 0.05 67.63 m 0.04 1/2- 14 1940 IT=86.6 4;B+=13.4 4
+085 0390 85Y -77842 19 2.68 h 0.05 (1/2)- 14 1952 B+=100
+085 0391W 85Yxm -77822 19 19.68 0.17 4.86 h 0.20 (9/2)+ 14 1952 B+~100;IT<0.002
+085 0392W 85Yxn -77576 19 266.18 0.10 178 ns 7 (5/2)- 14 1977 IT=100
+085 0400 85Zr -73175 6 7.86 m 0.04 (7/2+) 14 1963 B+=100
+085 0401W 85Zrm -72883 6 292.2 0.3 10.9 s 0.3 1/2-# 14 1976 IT<100;B+>0
+085 0410 85Nb -66280 4 20.5 s 0.7 9/2+# 14 1988 B+=100
+085 0411W 85Nbm -66130# 80# 150# 80# 3.3 s 0.9 (1/2-) 14 05Ka39j 1988 IT=?;B+ ?
+085 0420 85Mo -57510 16 3.2 s 0.2 (1/2+) 14 05Xu04j 1992 B+=100;B+p=0.14 2
+085 0430 85Tc -45850# 400# <110ns 1/2-# 14 00We.Ai p ?
+085 0440 85Ru -30950# 500# 1# ms >400ns 3/2-# 15 13Su23i 2013 B+ ?;B+p ?;p ?
+086 0310 86Ga -34080# 400# 47 ms 18 15 13Mi19td 1997 B-=100;B-n=60 10;B-2n=20 10
+086 0320 86Ge -49400 440 226 ms 21 0+ 15 1994 B-=100;B-n=45 15
+086 0330 86As -58962 3 945 ms 8 (1-,2-) 15 15Ma61j 1973 B-=100;B-n=35.5 6;B-2n=0.02#
+086 0340 86Se -70503.2 2.5 14.3 s 0.3 0+ 15 1973 B-=100;B-n=0#
+086 0341W 86Sem -68131.2 2.7 2372.0 1.0 620 ms 240 15Ma61et 2015 IT~100
+086 0350 86Br -75632 3 55.1 s 0.4 (1-) 15 1962 B-=100
+086 0360 86Kr -83265.666 0.004 stbl 0+ 15 1920 IS=17.279 41;2B- ?
+086 0370 86Rb -82746.99 0.20 18.642 d 0.018 2- 15 1941 B-~100;EC=0.0052 5
+086 0371W 86Rbm -82190.94 0.27 556.05 0.18 1.017 m 0.003 6- 15 1951 IT~100;B-<0.3
+086 0380 86Sr -84523.089 0.005 stbl 0+ 15 1931 IS=9.86 1
+086 0381W 86Srm -81567.00 0.12 2956.09 0.12 455 ns 7 8+ 15 1971 IT=100
+086 0390 86Y -79283 14 14.74 h 0.02 4- 15 1951 B+=100
+086 0391W 86Yxm -79065 14 218.21 0.09 47.4 m 0.4 (8+) 15 1962 IT=99.31 4;B+=0.69 4
+086 0392W 86Yxn -78981 14 302.18 0.09 125.3 ns 5.5 6+ 15 10Ru07j 2000 IT=100
+086 0400 86Zr -77969 4 16.5 h 0.1 0+ 15 1951 B+=100
+086 0410 86Nb -69134 5 * 88 s 1 (6+) 15 1974 B+=100
+086 0411W 86Nbm -68880# 160# 250# 160# * 56.3 s 8.3 high 15 94Sh07tjd1994 B+=100
+086 0420 86Mo -64110 4 19.1 s 0.3 0+ 15 1991 B+=100
+086 0430 86Tc -51570# 300# 55 ms 7 (0+) 15 1992 B+=100;B+p ?
+086 0431W 86Tcm -50050# 300# 1524 10 1.10 us 0.12 (6+) 15 08Ga04t 2000 IT=100
+086 0440 86Ru -39770# 400# 50# ms >400ns 0+ 15 13Su23i 2013 B+ ?;B+p ?
+087 0310 87Ga -29250# 500# 10# ms >400ns 5/2-# 15 10Oh02i 2010 B- ?;B-n=90#;B-2n=7#
+087 0320 87Ge -44080# 300# 150# ms >300ns 5/2+# 15 97Be70i 1997 B- ?;B-n=3#;B-2n=1#
+087 0330 87As -55617.9 3.0 492 ms 25 (5/2-,3/2-) 15 15Ko19tj 1970 B-=100;B-n=15.4 22;B-2n=0#
+087 0340 87Se -66426.1 2.2 5.50 s 0.14 (3/2+) 15 15Ko19j 1968 B-=100;B-n=0.36 8
+087 0350 87Br -73892 3 55.65 s 0.12 (5/2-) 15 1943 B-=100;B-n=2.60 4
+087 0360 87Kr -80709.52 0.25 76.3 m 0.5 5/2+ 15 1940 B-=100
+087 0370 87Rb -84597.791 0.006 49.7 Gy 0.3 3/2- 15 1921 IS=27.83 2;B-=100
+087 0380 87Sr -84880.066 0.005 stbl 9/2+ 15 1931 IS=7.00 1
+087 0381W 87Srm -84491.537 0.006 388.5287 0.0023 2.815 h 0.012 1/2- 15 1940 IT~100;EC=0.30 8
+087 0390 87Y -83018.4 1.1 79.8 h 0.3 1/2- 15 1940 B+=100
+087 0391W 87Yxm -82637.6 1.1 380.82 0.07 13.37 h 0.03 9/2+ 15 1940 IT=98.43 11;B+=1.57 11
+087 0400 87Zr -79347 4 1.68 h 0.01 9/2+ 15 1948 B+=100
+087 0401W 87Zrm -79011 4 335.84 0.19 14.0 s 0.2 1/2- 15 1972 IT=100
+087 0410 87Nb -73874 7 3.7 m 0.1 (1/2)- 15 1971 B+=100
+087 0411W 87Nbm -73870 7 3.9 0.1 2.6 m 0.1 (9/2)+ 15 1972 B+=100
+087 0420 87Mo -66884.8 2.9 14.1 s 0.3 7/2+# 15 1977 B+=100;B+p=15 5
+087 0430 87Tc -57690 4 * 2.2 s 0.2 9/2+# 15 1991 B+=100;B+p ?
+087 0431W 87Tcm -57683 4 7 1 * 2# s 1/2-# 09Ga40e B+ ?;IT ?
+087 0432W 87Tcn -57619 4 71 1 647 ns 24 7/2+# 15 2009 IT=100
+087 0440 87Ru -45520# 400# 50# ms >1.5us 1/2-# 15 95Ry03i 1995 B+ ?;B+p ?
+088 0320 88Ge -40140# 400# 100# ms >300ns 0+ 14 1997 B- ?;B-n=6#;B-2n=0.1#
+088 0330 88As -50720# 200# 270 ms 150 14 12Qu01t 1994 B-=100;B-n=30#
+088 0340 88Se -63884 3 1.53 s 0.06 0+ 14 1970 B-=100;B-n=0.99 10
+088 0350 88Br -70716 3 16.34 s 0.08 (1-) 14 15Cz01j 1948 B-=100;B-n=6.58 18
+088 0351W 88Brm -70446 3 270.1 0.5 5.51 us 0.04 (4-) 14 11Ru.At 1970 IT=100
+088 0360 88Kr -79691.3 2.6 2.825 h 0.019 0+ 14 1939 B-=100
+088 0370 88Rb -82608.99 0.16 17.773 m 0.018 2- 14 1939 B-=100
+088 0371W 88Rbm -81235.2 0.3 1373.8 0.3 123 ns 13 (7+) 14 2000 IT=100
+088 0380 88Sr -87921.618 0.006 stbl 0+ 14 1923 IS=82.58 1
+088 0390 88Y -84299.0 1.5 106.626 d 0.021 4- 14 1948 B+=100
+088 0391W 88Yxm -83906.1 1.5 392.86 0.09 301 us 3 1+ 14 1955 IT=100
+088 0392W 88Yxn -83624.5 1.5 674.55 0.04 13.98 ms 0.17 8+ 14 1962 IT=100
+088 0400 88Zr -83629 5 83.4 d 0.3 0+ 14 1951 EC=100
+088 0401W 88Zrm -80741 5 2887.79 0.06 1.320 us 0.025 8+ 14 1978 IT=100
+088 0410 88Nb -76170 60 * 14.50 m 0.11 (8+) 14 1964 B+=100
+088 0411 88Nbm -76040 100 130 120 BD* 7.7 m 0.1 (4-) 14 1971 B+=100
+088 0420 88Mo -72687 4 8.0 m 0.2 0+ 14 1971 B+=100
+088 0430 88Tc -61680 150 * 6.4 s 0.8 (5+,6+,7+) 14 1991 B+=100;B+p ?
+088 0431W 88Tcm -61680# 340# 0# 300# * 5.8 s 0.2 (2+) 14 09Ga40j 1993 B+=100;B+p ?
+088 0432W 88Tcn -61580# 160# 100# 50# 146 ns 12 (4+) 14 09Ga40tj 2009 IT=100
+088 0440 88Ru -54340# 300# 1.3 s 0.3 0+ 14 1994 B+=100;B+p ?
+088 0450 88Rh -36860# 400# 1# ms B+ ?
+089 0320 89Ge -33730# 400# 50# ms >300ns 3/2+# 13 1997 B- ?;B-n=20#;B-2n=2#
+089 0330 89As -46800# 300# 200# ms >150ns 5/2-# 13 94Be24i 1994 B- ?;B-n=100#;B-2n=0.3#
+089 0340 89Se -58992 4 430 ms 50 5/2+# 13 1971 B-=100;B-n=7.8 25
+089 0350 89Br -68274 3 4.357 s 0.022 (3/2-,5/2-) 13 1959 B-=100;B-n=13.8 4
+089 0360 89Kr -76535.8 2.1 3.15 m 0.04 3/2(+) 13 95Ke04j 1940 B-=100
+089 0370 89Rb -81712 5 15.32 m 0.10 3/2- 13 1940 B-=100
+089 0380 89Sr -86209.02 0.09 50.563 d 0.025 5/2+ 13 1937 B-=100
+089 0390 89Y -87708.4 1.6 stbl 1/2- 13 1923 IS=100.
+089 0391W 89Yxm -86799.4 1.6 908.97 0.03 15.663 s 0.005 9/2+ 13 94It.At 1951 IT=100
+089 0400 89Zr -84876 3 78.41 h 0.12 9/2+ 13 1948 B+=100
+089 0401W 89Zrm -84288 3 587.82 0.10 4.161 m 0.010 1/2- 13 1953 IT=93.77 12;B+=6.23 12
+089 0410 89Nb -80625 24 * 2.03 h 0.07 (9/2+) 13 1954 B+=100
+089 0411W 89Nbm -80630# 40# 0# 30# * 1.10 h 0.03 (1/2)- 13 1954 B+=100
+089 0420 89Mo -75015 4 2.11 m 0.10 (9/2+) 13 1980 B+=100
+089 0421W 89Mom -74628 4 387.5 0.2 190 ms 15 (1/2-) 13 1980 IT=100
+089 0430 89Tc -67395 4 12.8 s 0.9 (9/2+) 13 1991 B+=100
+089 0431W 89Tcm -67332 4 62.6 0.5 12.9 s 0.8 (1/2-) 13 1991 B+~100;IT<0.01
+089 0440 89Ru -58260# 300# 1.5 s 0.2 (9/2+) 13 12Lo08d 1992 B+=100;B+p=3.1 18
+089 0450 89Rh -45860# 360# 10# ms >1.5us 7/2+# 13 1995 B+ ?;B+p ?;p ?
+090 0320 90Ge -29220# 500# 50# ms >400ns 0+ 10 10Oh02i 2010 B- ?;B-n=50#;B-2n=2#
+090 0330 90As -41330# 400# 80# ms >300ns 09 97Be70i 1997 B- ?;B-n=30#;B-2n=3#
+090 0331W 90Asm -41210# 400# 124.5 0.5 220 ns 100 12Ka36et 2012 IT=100
+090 0340 90Se -55800 330 210 ms 80 0+ 12 12Qu01t 1994 B-=100;B-n=1#
+090 0350 90Br -64000 3 1.910 s 0.010 98 93Ru01t 1959 B-=100;B-n=25.2 9
+090 0360 90Kr -74959.2 1.9 32.32 s 0.09 0+ 98 1951 B-=100
+090 0370 90Rb -79364 6 158 s 5 0- 98 1951 B-=100
+090 0371W 90Rbm -79257 6 106.90 0.03 258 s 4 3- 98 1967 B-=97.4 4;IT=2.6 4
+090 0376 90Rbx -79293 14 71 12 R=2 ~ ~ 1 fsmix
+090 0380 90Sr -85948.1 2.1 28.79 y 0.06 0+ 98 1948 B-=100
+090 0390 90Y -86494.1 1.6 64.00 h 0.21 2- 98 1937 B-=100
+090 0391W 90Yxm -85812.4 1.6 681.67 0.10 3.19 h 0.06 7+ 98 1961 IT~100;B-=0.0018 2
+090 0400 90Zr -88772.54 0.12 stbl 0+ 98 1924 IS=51.45 40
+090 0401W 90Zrm -86453.54 0.12 2319.000 0.010 809.2 ms 2.0 5- 98 1972 IT=100
+090 0402W 90Zrn -85183.12 0.12 3589.419 0.016 131 ns 4 8+ 98 1977 IT=100
+090 0410 90Nb -82662 3 14.60 h 0.05 8+ 98 1951 B+=100
+090 0411W 90Nbm -82540 3 122.370 0.022 63 us 2 6+ 98 1967 IT=100
+090 0412W 90Nbn -82537 3 124.67 0.25 18.81 s 0.06 4- 98 1969 IT=100
+090 0413W 90Nbp -82491 3 171.10 0.10 <1 us 7+ 98 1981 IT=100
+090 0414W 90Nbq -82280 3 382.01 0.25 6.19 ms 0.08 1+ 98 1967 IT=100[gs=0,m=100]
+090 0415W 90Nbr -80782 3 1880.21 0.20 472 ns 13 (11-) 98 05Ch65tj 1978 IT=100
+090 0420 90Mo -80173 3 5.56 h 0.09 0+ 98 1953 B+=100
+090 0421W 90Mom -77298 3 2874.73 0.15 1.12 us 0.05 8+# 98 1971 IT=100
+090 0430 90Tc -70724.7 1.0 49.2 s 0.4 (8+) 98 93Ru03j 1974 B+=100
+090 0431 90Tcm -70580.7 1.3 144.0 1.7 MD 8.7 s 0.2 1+ 98 1974 B+=100
+090 0440 90Ru -64884 4 11 s 3 0+ 98 1991 B+=100
+090 0450 90Rh -51700# 300# * 15 ms 7 0+# 98 01Ki13td 1994 B+=100;B+p ?
+090 0451W 90Rhm -51700# 580# 0# 500# * 1.1 s 0.3 9+# 01Ki13td 2001 B+=100;B+p ?
+090 0460 90Pd -39710# 400# 10# ms >400ns 0+ 16Ce02i 2016 B+ ?
+091 0330 91As -36900# 400# 50# ms >300ns 5/2-# 13 97Be70i 1997 B- ?;B-n=90#;B-2n=3#
+091 0340 91Se -50580 430 270 ms 50 1/2+# 13 1975 B-=100;B-n=21 10;B-2n=0.03#
+091 0350 91Br -61107 4 543 ms 4 5/2-# 13 1974 B-=100;B-n=19.5 26
+091 0360 91Kr -70974.0 2.2 8.57 s 0.04 5/2(+) 13 1951 B-=100;B-n=0#
+091 0370 91Rb -77745 8 58.2 s 0.3 3/2(-) 13 1951 B-=100;B-n=0#
+091 0380 91Sr -83652 5 9.65 h 0.06 5/2+ 13 1943 B-=100
+091 0390 91Y -86351.3 1.8 58.51 d 0.06 1/2- 13 1943 B-=100
+091 0391W 91Yxm -85795.7 1.8 555.58 0.05 49.71 m 0.04 9/2+ 13 1953 IT>98.5;B-<1.5
+091 0400 91Zr -87895.57 0.10 stbl 5/2+ 13 1934 IS=11.22 5
+091 0401W 91Zrm -84728.3 0.4 3167.3 0.4 4.35 us 0.14 (21/2+) 13 1985 IT=100
+091 0410 91Nb -86638.0 2.9 680 y 130 9/2+ 13 91Hi.Ad 1951 EC~100;e+=0.0138 25
+091 0411W 91Nbm -86533.4 2.9 104.60 0.05 60.86 d 0.22 1/2- 13 91Hi.Ad 1950 IT=96.6 5;EC=3.4 5;;e+=0.0028 2
+091 0412W 91Nbn -84603.6 2.9 2034.42 0.20 3.76 us 0.12 (17/2-) 13 1974 IT=100
+091 0420 91Mo -82209 6 15.49 m 0.01 9/2+ 13 1948 B+=100
+091 0421W 91Mom -81556 6 653.01 0.09 64.6 s 0.6 1/2- 13 1953 IT=50.0 16;B+=50.0 16
+091 0430 91Tc -75986.6 2.4 3.14 m 0.02 (9/2)+ 13 1974 B+=100
+091 0431W 91Tcm -75847.3 2.4 139.3 0.3 3.3 m 0.1 (1/2)- 13 1975 B+>99;IT<1
+091 0440 91Ru -68239.8 2.2 * 8.0 s 0.4 (9/2+) 13 1983 B+=100;B+p ?
+091 0441 91Rum -68580 500 -340 500 BD* 7.6 s 0.8 (1/2-) 13 1983 B+~100;B+p=?;IT ?
+091 0450 91Rh -58570# 300# 1.60 s 0.15 7/2+# 13 1994 B+=100;B+p=1.3 5
+091 0451W 91Rhm -58400# 300# 172.9 0.4 1.46 s 0.11 1/2-# 13 2004 B+=100;IT ?
+091 0460 91Pd -45930# 400# 10# ms >1.5us 7/2+# 13 95Ry03i 1995 B+ ?;B+p ?
+092 0330 92As -30980# 500# 30# ms >300ns 12 97Be70i 1997 B- ?;B-n=60#;B-2n=40#
+092 0340 92Se -46720# 400# 100# ms >300ns 0+ 12 97Be70i 1997 B- ?;B-n=2#;B-2n=0#
+092 0341W 92Sem -44780# 400# 1940 50 12 us 4 12Ka36et 2012 IT=100
+092 0350 92Br -56233 7 0.314 s 0.016 (2-) 12 1974 B-=100;B-n=33.1 25;B-2n=0.01#
+092 0351W 92Brm -55571 7 662 1 88 ns 8 12Ka36et 2012 IT=100
+092 0352W 92Brn -55095 7 1138 1 85 ns 10 12Ka36et 2012 IT=100
+092 0360 92Kr -68769.3 2.7 1.840 s 0.008 0+ 12 1951 B-=100;B-n=0.0332 25
+092 0370 92Rb -74772 6 4.48 s 0.03 0- 12 1960 B-=100;B-n=0.0107 5
+092 0380 92Sr -82867 3 2.611 h 0.017 0+ 12 1956 B-=100
+092 0390 92Y -84816 9 3.54 h 0.01 2- 12 1940 B-=100
+092 0391W 92Yxm -84010 50 807 50 3.7 us 0.5 7+# 12 11Ru.Aet 2009 IT=100
+092 0400 92Zr -88459.03 0.10 stbl 0+ 12 1924 IS=17.15 8
+092 0410 92Nb -86453.3 1.8 34.7 My 2.4 7+ 12 1938 B+=100
+092 0411W 92Nbm -86317.8 1.8 135.5 0.4 10.15 d 0.02 (2)+ 12 1959 B+=100
+092 0412W 92Nbn -86227.5 1.8 225.8 0.4 5.9 us 0.2 (2)- 12 1958 IT=100
+092 0413W 92Nbp -84250.0 1.8 2203.3 0.4 167 ns 4 (11-) 12 1989 IT=100
+092 0420 92Mo -86808.58 0.16 stbl >190Ey 0+ 12 97Ba35t 1930 IS=14.53 30;2B+ ?
+092 0421W 92Mom -84048.06 0.21 2760.52 0.14 190 ns 3 8+ 12 1964 IT=100
+092 0430 92Tc -78926 3 4.25 m 0.15 (8)+ 12 1964 B+=100
+092 0431W 92Tcm -78656 3 270.09 0.08 1.03 us 0.07 (4+) 12 1976 IT=100
+092 0432W 92Tcn -78397 3 529.42 0.13 <0.1 us (3+) 12 1976 IT=100
+092 0433W 92Tcp -78215 3 711.33 0.15 <0.1 us 1+ 12 1976 IT=100
+092 0440 92Ru -74301.2 2.7 3.65 m 0.05 0+ 12 1971 B+=100
+092 0450 92Rh -62999 4 4.66 s 0.25 (6+) 12 04De40j 1994 B+=100;B+p=1.9 1
+092 0451W 92Rhm -62950# 100# 50# 100# 0.53 s 0.37 (2+) 12 04De40tjd2004 B+=100;B+p=?
+092 0460 92Pd -54580# 300# 1.1 s 0.3 0+ 12 01Ki13td 1994 B+=100;B+p ?
+092 0470 92Ag -37130# 500# 1# ms >400ns 16Ce02i 2016 B+ ?
+093 0340 93Se -40720# 400# 50# ms >300ns 1/2+# 11 97Be70i 1997 B- ?;B-n=30#;B-2n=2#
+093 0341W 93Sem -40040# 400# 678.2 0.7 420 ns 100 12Ka36et 2012 IT=100
+093 0350 93Br -52890 430 152 ms 8 5/2-# 11 13Mi13td 1981 B-=100;B-n=55 10;B-2n=0.01#
+093 0360 93Kr -64136.0 2.5 1.286 s 0.010 1/2+ 11 1951 B-=100;B-n=1.95 11
+093 0370 93Rb -72620 8 5.84 s 0.02 5/2- 11 1960 B-=100;B-n=1.39 7
+093 0371W 93Rbm -68197 8 4423.1 1.5 111 ns 11 (27/2-) 11 2010 IT=100
+093 0376W 93Rbx -72367 8 253.39 0.03 <0.5 ns 3/2- 11 86Si20t 1970 IT=100
+093 0380 93Sr -80086 8 7.43 m 0.03 5/2+ 11 1959 B-=100
+093 0390 93Y -84227 10 10.18 h 0.08 1/2- 11 1948 B-=100
+093 0391W 93Yxm -83468 10 758.719 0.021 820 ms 40 9/2+ 11 07Ch07j 1974 IT=100
+093 0400 93Zr -87122.0 0.5 1.61 My 0.05 5/2+ 11 1950 B-=100
+093 0410 93Nb -87212.8 1.5 stbl 9/2+ 11 1932 IS=100.
+093 0411W 93Nbm -87182.0 1.5 30.77 0.02 16.12 y 0.12 1/2- 11 1965 IT=100
+093 0412W 93Nbn -79753 17 7460 17 1.5 us 0.5 11 2007 IT ?
+093 0420 93Mo -86807.07 0.18 4.0 ky 0.8 5/2+ 11 1946 EC=100
+093 0421W 93Mom -84382.12 0.18 2424.95 0.04 6.85 h 0.07 21/2+ 11 1950 IT~100;B+=0.12 1
+093 0422W 93Mon -77112 17 9695 17 1.8 us 1.0 (39/2-) 11 2005 IT ?
+093 0430 93Tc -83606.1 1.0 2.75 h 0.05 9/2+ 11 1948 B+=100
+093 0431W 93Tcm -83214.3 1.0 391.84 0.08 43.5 m 1.0 1/2- 11 1939 IT=77.4 6;B+=22.6 6
+093 0432W 93Tcn -81420.9 1.0 2185.16 0.15 10.2 us 0.3 (17/2)- 11 1973 IT=100
+093 0440 93Ru -77216.7 2.1 59.7 s 0.6 (9/2)+ 11 1972 B+=100
+093 0441W 93Rum -76482.3 2.1 734.40 0.10 10.8 s 0.3 (1/2)- 11 1983 B+=78.0 23;IT=22.0 23;B+p=0.027 5
+093 0442W 93Run -75134.2 2.3 2082.5 0.9 2.49 us 0.15 (21/2)+ 11 1983 IT=100
+093 0450 93Rh -69011.8 2.6 13.9 s 1.6 9/2+# 11 1994 B+=100
+093 0460 93Pd -59000# 300# 1.15 s 0.05 (9/2+) 11 12Lo08td 1994 B+=100;B+p=7.5 5
+093 0470 93Ag -46270# 400# 20# ms >1.5us 9/2+# 11 95Ry03i 1994 B+ ?;p ?;B+p ?
+094 0340 94Se -36800# 500# 20# ms >300ns 0+ 06 97Be70i 1997 B- ?;B-n=20#;B-2n=0.2#
+094 0350 94Br -47400# 300# 70 ms 20 2-# 06 1981 B-=100;B-n=68 16;B-2n=3#
+094 0351W 94Brm -47110# 300# 294.6 0.5 530 ns 15 12Ka36et 2012 IT=100
+094 0360 94Kr -61348 12 212 ms 5 0+ 11 1972 B-=100;B-n=1.11 7
+094 0370 94Rb -68562.8 2.0 2.702 s 0.005 3(-) 11 1961 B-=100;B-n=10.5 4
+094 0371W 94Rbm -66487.9 2.4 2074.9 1.4 107 ns 16 (10-) 11 2008 IT=100
+094 0380 94Sr -78845.7 1.7 75.3 s 0.2 0+ 11 1959 B-=100
+094 0390 94Y -82351 6 18.7 m 0.1 2- 06 1948 B-=100
+094 0391W 94Yxm -81149 6 1202.3 1.0 1.295 us 0.005 (5+) 06 11Ru.At 1999 IT=100
+094 0400 94Zr -87269.32 0.16 stbl >110Py 0+ 06 99Ar25t 1924 IS=17.38 28;2B- ?
+094 0410 94Nb -86369.1 1.5 20.4 ky 0.4 6+ 06 12He11t 1938 B-=100
+094 0411W 94Nbm -86328.2 1.5 40.892 0.012 6.263 m 0.004 3+ 06 1962 IT=99.50 6;B-=0.50 6
+094 0420 94Mo -88414.06 0.14 stbl 0+ 06 1930 IS=9.15 9
+094 0430 94Tc -84158 4 293 m 1 7+ 06 1948 B+=100
+094 0431W 94Tcm -84082 5 76 3 52.0 m 1.0 (2)+ 06 1948 B+~100;IT<0.1
+094 0440 94Ru -82584 3 51.8 m 0.6 0+ 06 1952 B+=100
+094 0441W 94Rum -79940 3 2644.1 0.4 71 us 4 8+ 06 1971 IT=100
+094 0450 94Rh -72908 3 * 70.6 s 0.6 (4+) 06 06Ba55j 1979 B+=100;B+p=1.8 5
+094 0451W 94Rhm -72853 3 54.60 0.20 480 ns 30 (2+) 06 2004 IT=100
+094 0452W 94Rhn -72610# 200# 300# 200# * 25.8 s 0.2 (8+) 06 1973 B+=100
+094 0460 94Pd -66102 4 9.0 s 0.5 0+ 06 1982 B+=100
+094 0461W 94Pdm -61219 4 4883.1 0.4 511.0 ns 7.3 (14+) 06 11Br01t 1995 IT=100
+094 0462W 94Pdn -58893 4 7209.1 1.8 197 ns 22 (19-) 11Br01tj 2011 IT=100
+094 0470 94Ag -52410# 400# 37 ms 18 0+# 06 1994 B+=100;B+p ?
+094 0471W 94Agm -51060# 570# 1350# 400# 550 ms 60 (7+) 06 1994 B+=100;B+p=20
+094 0472 94Agn -45920# 300# 6490# 500# 400 ms 40 (21+) 06 2002 B+=95.4 7;B+p=27;p=4.1 6;2p=0.5 3
+094 0480 94Cd -40140# 500# 80# ms >400ns 0+ 16Ce02i 2016 B+ ?
+095 0340 95Se -30460# 500# 10# ms >400ns 3/2+# 12 10Oh02i 2010 B- ?;B-n=10#;B-2n=3#
+095 0350 95Br -43770# 300# 50# ms >300ns 5/2-# 10 97Be70i 1997 B- ?;B-n=70#;B-2n=0.2#
+095 0351W 95Brm -43230# 300# 537.9 0.5 6.8 us 1.0 12Ka36et 2012 IT=100
+095 0360 95Kr -56159 19 114 ms 3 1/2(+) 10 1994 B-=100;B-n=2.87 18;B-2n=0#
+095 0361W 95Krm -55964 19 195.5 0.3 1.582 us 0.022 (7/2+) 10 12Ka36t 2006 IT=100
+095 0370 95Rb -65891 20 377.7 ms 0.8 5/2- 10 1967 B-=100;B-n=8.7 3
+095 0371W 95Rbm -65056 20 835.0 0.6 <500 ns 9/2+# 10 2009 IT=100
+095 0380 95Sr -75120 6 23.90 s 0.14 1/2+ 10 1961 B-=100
+095 0390 95Y -81209 7 10.3 m 0.1 1/2- 10 1959 B-=100
+095 0391W 95Yxm -80121 7 1087.6 0.6 48.6 us 0.5 9/2+ 10 11Ru.At 1981 IT=100
+095 0400 95Zr -85659.9 0.9 64.032 d 0.006 5/2+ 10 1946 B-=100
+095 0410 95Nb -86786.3 0.5 34.991 d 0.006 9/2+ 10 1951 B-=100
+095 0411W 95Nbm -86550.6 0.5 235.69 0.02 3.61 d 0.03 1/2- 10 1969 IT=94.4 6;B-=5.6 6
+095 0420 95Mo -87711.86 0.12 stbl 5/2+ 10 1930 IS=15.84 11
+095 0430 95Tc -86021 5 20.0 h 0.1 9/2+ 10 1947 B+=100
+095 0431W 95Tcm -85982 5 38.91 0.04 61 d 2 1/2- 10 1959 B+=96.12 32;IT=3.88 32
+095 0440 95Ru -83458 10 1.643 h 0.013 5/2+ 10 1948 B+=100
+095 0450 95Rh -78341 4 5.02 m 0.10 (9/2)+ 10 1967 B+=100
+095 0451W 95Rhm -77798 4 543.3 0.3 1.96 m 0.04 (1/2)- 10 1974 IT=88 5;B+=12 5
+095 0460 95Pd -69966 3 7.5 s 0.5 9/2+# 10 12Lo08t 1980 B+=100;B+p ?
+095 0461W 95Pdm -68091 3 1875.13 0.14 13.3 s 0.3 (21/2+) 10 1982 B+=?;IT=11 3;B+p=0.93 15
+095 0470 95Ag -59600# 300# 1.76 s 0.09 (9/2+) 10 12Lo08td 1994 B+=100;B+p=2.5 3
+095 0471W 95Agm -59260# 300# 344.2 0.3 <500 ms (1/2-) 10 2003 IT=100
+095 0472W 95Agn -57070# 300# 2531.3 1.5 <16 ms (23/2+) 10 2003 IT=100
+095 0473W 95Agp -54740# 300# 4860.0 1.5 <40 ms (37/2+) 10 2003 IT=100
+095 0480 95Cd -46630# 400# 90 ms 40 9/2+# 10St.At 2011 B+ ?;B+p ?
+096 0350 96Br -38160# 300# 20# ms >300ns 08 97Be70i 1997 B- ?;B-n=50#;B-2n=6#
+096 0351W 96Brm -37850# 300# 311.5 0.5 3.0 us 0.9 12Ka36et 2012 IT=100
+096 0360 96Kr -53080 20 80 ms 8 0+ 12 1994 B-=100;B-n=3.7 4
+096 0370 96Rb -61354 3 * 201 ms 1 2- 08 93Ru01t 1967 B-=100;B-n=13.3 7;B-2n=0.02#
+096 0371W 96Rbm -61350# 200# 0# 200# * 200# ms >1ms 1(+#) 81Bo30ji 1981 B- ?;IT ?;B-n=10#;B-2n=0.02#
+096 0372W 96Rbn -60219 3 1134.6 1.1 1.80 us 0.04 (10-) 08 1999 IT=100
+096 0380 96Sr -72924 8 1.07 s 0.01 0+ 08 1971 B-=100;B-n=0#
+096 0390 96Y -78336 6 5.34 s 0.05 0- 08 1975 B-=100
+096 0391 96Yxm -76796 6 1540 9 MD 9.6 s 0.2 8+ 08 07Ch07j 1974 B-=100
+096 0400 96Zr -85438.85 0.11 23 Ey 2 0+ 08 15Ba11t 1934 IS=2.80 9;2B-=100
+096 0410 96Nb -85602.82 0.15 23.35 h 0.05 6+ 08 1949 B-=100
+096 0420 96Mo -88794.88 0.12 stbl 0+ 08 1930 IS=16.67 15
+096 0430 96Tc -85822 5 4.28 d 0.07 7+ 08 1947 B+=100
+096 0431W 96Tcm -85788 5 34.23 0.04 51.5 m 1.0 4+ 08 1950 IT=98.0 5;B+=2.0 5
+096 0440 96Ru -86080.37 0.17 stbl >80Ey 0+ 08 13Be09t 1931 IS=5.54 14;2B+ ?
+096 0450 96Rh -79688 10 9.90 m 0.10 6+ 08 1967 B+=100
+096 0451W 96Rhm -79636 10 51.98 0.09 1.51 m 0.02 3+ 08 1966 IT=60 5;B+=40 5
+096 0460 96Pd -76183 4 122 s 2 0+ 08 1980 B+=100
+096 0461W 96Pdm -73652 4 2530.57 0.23 1.81 us 0.01 8+# 08 98Gr.Btd 1983 IT=100
+096 0470 96Ag -64510 90 * 4.44 s 0.04 (8)+ 08 12Lo08td 1982 B+=100;B+p=6.9 7
+096 0471W 96Agm -64510# 100# 0# 50# * 6.9 s 0.5 (2+) 08 12Lo08td 2003 B+=100;B+p=15.1 26
+096 0472W 96Agn -62050 90 2461.4 0.3 100 us 10 (13-) 11Bo23tjd2011 IT=100
+096 0473W 96Agp -61830 90 2680 7 1.543 us 0.028 (15+) 08 11Bo23etj2011 IT=100
+096 0474W 96Agq -57570 90 6945 7 160 ns 30 (19+) 11Bo23etj2011 IT=100
+096 0480 96Cd -55570# 400# 880 ms 90 0+ 10 12Lo08d 2008 B+=100;B+p=5.5 40
+096 0481W 96Cdm -50270# 400# 5300# 2000# 300 ms 110 16+ 10 11Na34tjd2011 B+=100;B+p ?
+096 0490 96In -37890# 500# 1# ms >400ns 16Ce02i 2016 B+ ?
+097 0350 97Br -34060# 400# 10# ms >300ns 5/2-# 10 1997 B- ?;B-n=90#;B-2n=5#
+097 0360 97Kr -47420 130 62.2 ms 3.2 3/2+# 10 11Ni01t 1997 B-=100;B-n=6.7 6;B-2n=0.1#
+097 0370 97Rb -58519.1 1.9 169.1 ms 0.6 3/2+ 15 1969 B-=100;B-n=25.5 9;B-2n=0#
+097 0371W 97Rbm -58442.5 1.9 76.6 0.2 5.7 us 0.6 (1/2,3/2)- 15 2012 IT=100
+097 0380 97Sr -68581 3 429 ms 5 1/2+ 10 1978 B-=100;B-n<0.05
+097 0381W 97Srm -68273 3 308.13 0.11 165 ns 4 7/2+ 10 15Cz01t 1990 IT=100
+097 0382W 97Srn -67750 3 830.83 0.23 515 ns 10 (9/2+) 10 13Ru07tj 1974 IT=100
+097 0390 97Y -76121 7 3.75 s 0.03 1/2- 10 07Ch07j 1970 B-=100;B-n=0.055 4
+097 0391W 97Yxm -75453 7 667.52 0.23 1.17 s 0.03 9/2+ 10 07Ch07j 1970 B->99.3;IT<0.7;B-n<0.08
+097 0392W 97Yxn -72598 7 3522.6 0.4 142 ms 8 (27/2-) 10 1986 IT=94.8 9;B-=5.2 9
+097 0400 97Zr -82942.7 0.4 16.749 h 0.008 1/2+ 10 1951 B-=100
+097 0401W 97Zrm -81678.3 0.4 1264.35 0.16 104.8 ns 1.7 7/2+ 10 11Ru.At 1976 IT=100
+097 0410 97Nb -85606 4 72.1 m 0.7 9/2+ 10 1951 B-=100
+097 0411W 97Nbm -84863 4 743.35 0.03 58.7 s 1.8 1/2- 10 1950 IT=100
+097 0420 97Mo -87544.69 0.16 stbl 5/2+ 10 1930 IS=9.60 14
+097 0430 97Tc -87224 4 4.21 My 0.16 9/2+ 10 1946 EC=100
+097 0431W 97Tcm -87127 4 96.57 0.06 91.0 d 0.6 1/2- 10 1954 IT=96.06 18;EC=3.94 18
+097 0440 97Ru -86120.6 2.8 2.8370 d 0.0014 5/2+ 10 09Go29t 1946 B+=100
+097 0450 97Rh -82600 40 30.7 m 0.6 9/2+ 10 1955 B+=100
+097 0451W 97Rhm -82340 40 258.76 0.18 46.2 m 1.6 1/2- 10 1971 B+=94.4 6;IT=5.6 6
+097 0460 97Pd -77806 5 3.10 m 0.09 5/2+# 10 1969 B+=100
+097 0470 97Ag -70830 110 25.5 s 0.3 (9/2)+* 10 14Fe01j 1978 B+=100
+097 0471W 97Agm -70430# 230# 400# 200# 100# ms 1/2-# IT ?
+097 0480 97Cd -60450# 300# 1.10 s 0.08 (9/2+) 10 11Lo09tjd1978 B+=100;B+p=11.8 20
+097 0481W 97Cdm -58950# 580# 1500# 500# 3.8 s 0.2 (25/2+) 10 11Lo09tjd1982 B+=100;B+p=25 4
+097 0490 97In -47190# 400# 50 ms 30 9/2+# 10St.Atd 2011 B+=100;p ?;B+p ?
+098 0350 98Br -28250# 400# 5# ms >400ns 10 10Oh02i 2010 B- ?;B-n=70#;B-2n=20#
+098 0360 98Kr -44310# 300# 42.8 ms 3.6 0+ 03 11Ni01t 1997 B-=100;B-n=7.0 10;B-2n=0#
+098 0370 98Rb -54369 16 114 ms 5 0(-#) 03 81Th04j 1971 B-=100;B-n=13.8 6;B-2n=0.051 7
+098 0371 98Rbm -54296 20 73 26 BD 96 ms 3 (3,4)(+#) 03 1980 B-=100;B-n=10#;B-2n=0.05#
+098 0372W 98Rbn -54191 16 178.3 0.4 358 ns 7 09 12Ka36et 2009 IT=100
+098 0380 98Sr -66423 3 653 ms 2 0+ 03 1971 B-=100;B-n=0.25 5
+098 0390 98Y -72295 8 548 ms 2 (0)- 03 1970 B-=100;B-n=0.331 24
+098 0391 98Yxm -72054 28 241 29 BD 2.0 s 0.2 (5+,4-) 03 1977 B-=?;IT=10#;B-n=3.4 10
+098 0392W 98Yxn -72124 8 170.74 0.06 610 ns 9 (2)- 03 11Ru.At 1972 IT=100
+098 0393W 98Yxp -71799 8 496.19 0.15 6.87 us 0.05 (4-) 03 11Ru.At 1970 IT=100
+098 0394W 98Yxq -71114 8 1181.1 0.4 806 ns 21 (10-) 03 11Ru.At 1972 IT=100
+098 0400 98Zr -81287 8 30.7 s 0.4 0+ 03 1967 B-=100
+098 0401W 98Zrm -74683 8 6603.7 0.3 1.9 us 0.2 (17-) 06Si36ejt2005 IT=100
+098 0410 98Nb -83525 5 2.86 s 0.06 1+ 03 1960 B-=100
+098 0411W 98Nbm -83441 6 84 4 51.3 m 0.4 (5+) 03 1948 B-~100;IT=0.1#
+098 0420 98Mo -88115.97 0.17 stbl >100Ty 0+ 03 52Fr23t 1930 IS=24.39 37;2B- ?
+098 0430 98Tc -86432 3 4.2 My 0.3 (6)+ 03 1955 B-=100;B+=0
+098 0431W 98Tcm -86341 3 90.76 0.16 14.7 us 0.3 (2)- 03 1976 IT=100
+098 0440 98Ru -88225 6 stbl 0+ 03 1944 IS=1.87 3
+098 0450 98Rh -83175 12 * 8.72 m 0.12 (2)+ 03 1955 B+=100
+098 0451W 98Rhm -83120# 50# 60# 50# * 3.6 m 0.2 (5+) 03 1966 IT=89 5;B+=11 5
+098 0460 98Pd -81321 5 17.7 m 0.3 0+ 03 1955 B+=100
+098 0470 98Ag -73070 30 47.5 s 0.3 (5,6)+* 03 14Fe01j 1978 B+=100;B+p=0.0012 5
+098 0471W 98Agm -72900 30 167.83 0.15 220 ns 20 (3+) 03 98Gr.Betd1998 IT=100
+098 0480 98Cd -67640 50 9.2 s 0.3 0+ 03 1978 B+=100;B+p<0.025
+098 0481W 98Cdm -65210 50 2427.5 0.6 189 ns 19 (8+) 03 04Bl10tj 1996 IT=100
+098 0482W 98Cdn -61010 50 6635 2 240 ns 40 (12+) 04Bl10etj2004 IT=100
+098 0490 98In -53900# 300# * 37 ms 5 0+# 03 12Lo08td 1994 B+=100;B+p=5.6 3
+098 0491W 98Inm -53900# 580# 0# 500# * 1.01 s 0.13 03 12Lo08td 2001 B+=100;B+p=19 2
+099 0360 99Kr -38760# 400# 40 ms 11 5/2-# 11 03Be05td 1997 B-=100;B-n=11 7;B-2n=2#
+099 0370 99Rb -51121 4 56.4 ms 1.2 (3/2+) 15 1971 B-=100;B-n=15.8 24;B-2n=0.01#
+099 0380 99Sr -62521 5 269 ms 1 3/2+ 11 1975 B-=100;B-n=0.100 19
+099 0390 99Y -70650 7 1.484 s 0.007 5/2+ 11 07Ch07j 1975 B-=100;B-n=1.7 4
+099 0391W 99Yxm -68508 7 2141.65 0.19 8.6 us 0.8 (17/2+) 11 1985 IT=100
+099 0400 99Zr -77621 11 2.1 s 0.1 1/2+ 11 02Ca37j 1970 B-=100
+099 0401W 99Zrm -77369 11 251.96 0.09 293 ns 10 7/2+ 11 FGK126j 1970 IT=100
+099 0410 99Nb -82335 12 15.0 s 0.2 9/2+ 11 1950 B-=100
+099 0411W 99Nbm -81970 12 365.27 0.08 2.5 m 0.2 1/2- 11 1960 B-=?;IT<3.8
+099 0420 99Mo -85970.10 0.23 65.976 h 0.024 1/2+ 11 1948 B-=100
+099 0421W 99Mom -85872.32 0.23 97.785 0.003 15.5 us 0.2 5/2+ 11 1958 IT=100
+099 0422W 99Mon -85286.00 0.30 684.10 0.19 760 ns 60 11/2- 11 1975 IT=100
+099 0430 99Tc -87327.9 0.9 211.1 ky 1.2 9/2+ 11 1938 B-=100
+099 0431W 99Tcm -87185.2 0.9 142.6832 0.0011 6.0067 h 0.0005 1/2- 11 1958 IT~100;B-=0.0037 6
+099 0440 99Ru -87625.4 0.3 stbl 5/2+ 11 1931 IS=12.76 14
+099 0450 99Rh -85581 7 16.1 d 0.2 (1/2-) 11 1952 B+=100
+099 0451W 99Rhm -85516 7 64.6 0.5 4.7 h 0.1 9/2+ 11 1952 B+~100;IT<0.16
+099 0460 99Pd -82183 5 21.4 m 0.2 (5/2)+ 11 1955 B+=100
+099 0470 99Ag -76712 6 2.07 m 0.05 (9/2)+* 11 14Fe01j 1967 B+=100
+099 0471W 99Agm -76206 6 506.1 0.4 10.5 s 0.5 (1/2)-* 11 14Fe01j 1978 IT=100
+099 0480 99Cd -69931.1 1.6 16 s 3 5/2+# 11 1978 B+=100;B+p=0.21 8;B+A<1e-4
+099 0490 99In -61380# 300# 3.1 s 0.2 9/2+# 11 12Lo08td 1994 B+=100;B+p=0.9 4
+099 0491W 99Inm -60980# 340# 400# 150# 1# s 1/2-# B+ ?;IT ?
+099 0500 99Sn -47940# 500# 5# ms >0.2us 9/2+# 10St.Ai 2011 B+ ?;B+p ?
+099 0501W 99Snm -47540# 510# 400# 100# 1/2-# Mirrori
+100 0360 100Kr -35050# 400# 12 ms 8 0+ 11 11Ni01td 1997 B-=100;B-n=10#;B-2n=0.4#
+100 0370 100Rb -46247 20 48 ms 3 (3+),4-# 08 11Ni01t 1978 B-=100;B-n=6 3;B-2n=0.16 8
+100 0380 100Sr -59821 7 202 ms 3 0+ 08 1978 B-=100;B-n=0.78 13
+100 0381W 100Srm -58202 7 1618.72 0.20 122 ns 9 (4-) 12Ka36t 1995 IT=100
+100 0390 100Y -67327 11 735 ms 7 (1-) 08 83Wo10j 1977 B-=100;B-n=0.92 8
+100 0391 100Yxm -67183 11 144 16 MD 940 ms 30 4(+) 08 13Ma15j 1977 B-=100;B-n=1#
+100 0400 100Zr -76377 8 7.1 s 0.4 0+ 08 1970 B-=100
+100 0410 100Nb -79797 8 1.5 s 0.2 1+ 08 1967 B-=100
+100 0411 100Nbm -79484.7 2.0 313 8 MD 2.99 s 0.11 (5+) 08 1967 B-=100
+100 0412W 100Nbn -79450 11 347 8 460 ns 60 (4-,5-,6-) 08 1986 IT=100
+100 0413W 100Nbp -79063 11 734 8 12.43 us 0.26 (8-) 08 11Ru.At 1980 IT=100
+100 0420 100Mo -86193.0 0.3 7.1 Ey 0.4 0+ 08 15Ba11t 1930 IS=9.82 31;2B-=100
+100 0430 100Tc -86020.9 1.4 15.46 s 0.19 1+ 08 1952 B-~100;EC=0.0018 9
+100 0431W 100Tcm -85820.2 1.4 200.67 0.04 8.32 us 0.14 (4)+ 08 1958 IT=100
+100 0432W 100Tcn -85777.0 1.4 243.95 0.04 3.2 us 0.2 (6)+ 08 1967 IT=100
+100 0440 100Ru -89227.4 0.3 stbl 0+ 08 1931 IS=12.60 7
+100 0450 100Rh -85591 18 20.8 h 0.1 1- 08 1948 EC=95.1 5;e+=4.9 5
+100 0451W 100Rhm -85516 18 74.782 0.014 214.0 ns 2.0 (2)+ 08 1965 IT=100
+100 0452W 100Rhn -85483 18 107.6 0.2 4.6 m 0.2 (5+) 08 1973 IT~98.3;B+~1.7
+100 0453W 100Rhp -85371 18 219.61 0.22 130 ns 10 (7+) 08 1984 IT=100
+100 0460 100Pd -85213 18 3.63 d 0.09 0+ 08 1948 EC=100
+100 0470 100Ag -78138 5 2.01 m 0.09 (5)+* 08 14Fe01j 1970 B+=100
+100 0471W 100Agm -78122 5 15.52 0.16 2.24 m 0.13 (2)+ 08 1980 B+=?;IT ?
+100 0480 100Cd -74194.6 1.7 49.1 s 0.5 0+ 10 1970 B+=100
+100 0490 100In -64310 180 5.83 s 0.17 6+# 14 12Lo08td 1982 B+=100;B+p=1.64 24
+100 0500 100Sn -57280 300 1.16 s 0.16 0+ 14 12Hi07t 1994 B+=100;B+p<17
+100 0501W 100Snm -52780# 360# 4500# 200# 100# ns 6+# p ?
+101 0360 101Kr -29130# 500# 5# ms >400ns 5/2+# 10 10Oh02i 2010 B- ?;B-n=20#;B-2n=2#
+101 0370 101Rb -42850# 200# 31.8 ms 3.3 3/2+# 06 11Ni01t 1992 B-=100;B-n=28 4;B-2n=0.3# ?
+101 0380 101Sr -55325 8 113.8 ms 1.7 (5/2-) 06 11Ni01t 1983 B-=100;B-n=2.37 14
+101 0390 101Y -65061 7 426 ms 20 5/2+ 06 07Ch07j 1983 B-=100;B-n=1.94 18
+101 0391W 101Yxm -64730 7 331.5 0.7 190 ns 40 12Ka36etd2012 IT=100
+101 0392W 101Yxn -63854 7 1207.0 1.6 870 ns 90 09Fo05etd2009 IT=100
+101 0400 101Zr -73166 8 2.3 s 0.1 3/2+ 06 02Ca37j 1972 B-=100
+101 0410 101Nb -78891 4 7.1 s 0.3 (5/2#)+ 06 1970 B-=100
+101 0420 101Mo -83519.9 0.3 14.61 m 0.03 1/2+ 06 1941 B-=100
+101 0421W 101Mom -83506.4 0.3 13.497 0.009 226 ns 7 3/2+ 06 1977 IT=100
+101 0422W 101Mon -83462.9 0.3 57.015 0.011 133 ns 70 5/2+ 06 1977 IT=100
+101 0430 101Tc -86345 24 14.22 m 0.01 9/2+ 06 1941 B-=100
+101 0431W 101Tcm -86137 24 207.526 0.020 636 us 8 1/2- 06 1964 IT=100
+101 0440 101Ru -87958.1 0.4 stbl 5/2+ 06 1931 IS=17.06 2
+101 0441W 101Rum -87430.5 0.4 527.56 0.10 17.5 us 0.4 11/2- 06 1974 IT=100
+101 0450 101Rh -87412 6 3.3 y 0.3 1/2- 06 1948 EC=100
+101 0451W 101Rhm -87255 6 157.32 0.03 4.34 d 0.01 9/2+ 06 1944 EC=92.80 25;IT=7.20 25
+101 0460 101Pd -85432 5 8.47 h 0.06 5/2+ 06 1948 B+=100
+101 0470 101Ag -81334 5 11.1 m 0.3 9/2+* 06 14Fe01j 1966 B+=100
+101 0471W 101Agm -81060 5 274.1 0.3 3.10 s 0.10 (1/2)-* 06 14Fe01j 1975 IT=100
+101 0480 101Cd -75836.5 1.5 1.36 m 0.05 5/2+# 06 1969 B+=100
+101 0490 101In -68610# 200# 15.1 s 1.1 9/2+# 06 97Sz04t 1988 B+=100;B+p=?
+101 0491W 101Inm -68060# 220# 550# 100# 10# s 1/2-# B+=95#;IT=5#
+101 0500 101Sn -60310 300 1.97 s 0.16 (7/2+) 07 12Lo08td 1994 B+=100;B+p=21.0 7
+102 0370 102Rb -37710# 300# 37 ms 3 (4+) 09 16Wa16jd 1995 B-=100;B-n=65 22;B-2n=2#
+102 0380 102Sr -52160 70 69 ms 6 0+ 09 1986 B-=100;B-n=5.5 15
+102 0390 102Y -61173 4 *& 298 ms 9 (2-) 09 11Ha48j 1983 B-=100;B-n=4.9 12
+102 0391W 102Yxm -60970# 200# 200# 200# *& 360 ms 40 (>5) 09 11Ha48j 1980 B-=100;B-n=4.9 12
+102 0400 102Zr -71588 9 2.9 s 0.2 0+ 09 1970 B-=100
+102 0410 102Nb -76304.5 2.5 4.3 s 0.4 (4+) 09 1972 B-=100
+102 0411 102Nbm -76210 8 94 7 MD 1.3 s 0.2 1+ 09 1976 B-=100
+102 0420 102Mo -83566 8 11.3 m 0.2 0+ 09 1954 B-=100
+102 0430 102Tc -84573 9 * 5.28 s 0.15 1+ 09 1954 B-=100
+102 0431W 102Tcm -84553 13 20 10 * 4.35 m 0.07 (4,5) 09 1954 B-=98 2;IT=2 2
+102 0440 102Ru -89106.4 0.4 stbl 0+ 09 1931 IS=31.55 14
+102 0450 102Rh -86783 6 207.0 d 1.5 (1-,2-) 09 98Sh21t 1941 B+=78 5;B-=22 5
+102 0451W 102Rhm -86642 6 140.73 0.09 3.742 y 0.010 6+ 09 99Gi14j 1962 B+~100;IT=0.233 24
+102 0460 102Pd -87903.2 0.6 stbl 0+ 09 1935 IS=1.02 1;2B+ ?
+102 0470 102Ag -82247 8 12.9 m 0.3 5(+) 09 1960 B+=100
+102 0471W 102Agm -82238 8 9.40 0.07 7.7 m 0.5 2+ 09 1967 B+=51 5;IT=49 5
+102 0480 102Cd -79659.7 1.7 5.5 m 0.5 0+ 09 1969 B+=100
+102 0490 102In -70695 5 23.3 s 0.1 (6+) 09 95Sz01j 1981 B+=100;B+p=0.0093 13
+102 0500 102Sn -64930 100 3.8 s 0.2 0+ 09 1994 B+=100
+102 0501W 102Snm -62910 100 2017 2 367 ns 8 (6+) 09 98Li50e 1996 IT=100
+103 0370 103Rb -33610# 400# 26 ms 11 3/2+# 15 15Lo04td 2010 B-=100;B-n=50#;B-2n=2#
+103 0380 103Sr -47420# 200# 53 ms 10 5/2+# 15 1997 B-=100;B-n=2#;B-2n=0.01#
+103 0390 103Y -58458 11 239 ms 12 5/2+# 09 11Ni01t 1994 B-=100;B-n=8.0 17
+103 0400 103Zr -67815 9 1.38 s 0.07 5/2-# 09 09Pe06td 1987 B-=100;B-n<1
+103 0410 103Nb -75029 4 1.5 s 0.2 5/2+# 09 1971 B-=100;B-n=0#
+103 0420 103Mo -80961 9 67.5 s 1.5 3/2+ 09 09Ch09j 1963 B-=100
+103 0430 103Tc -84604 10 54.2 s 0.8 5/2+ 09 1957 B-=100
+103 0440 103Ru -87267.2 0.4 39.247 d 0.013 3/2+ 09 1945 B-=100
+103 0441W 103Rum -87029.0 0.8 238.2 0.7 1.69 ms 0.07 11/2- 09 1964 IT=100
+103 0450 103Rh -88031.7 2.3 stbl 1/2- 09 1934 IS=100.
+103 0451W 103Rhm -87991.9 2.3 39.753 0.006 56.114 m 0.009 7/2+ 09 1943 IT=100
+103 0460 103Pd -87457.2 0.9 16.991 d 0.019 5/2+ 09 1950 EC=100
+103 0470 103Ag -84803 4 65.7 m 0.7 7/2+ 09 1954 B+=100
+103 0471W 103Agm -84669 4 134.45 0.04 5.7 s 0.3 1/2- 09 1962 IT=100
+103 0480 103Cd -80651.6 1.8 7.3 m 0.1 5/2+# 09 1960 B+=100
+103 0490 103In -74633 10 60 s 1 9/2+# 09 97Sz04t 1978 B+=100
+103 0491W 103Inm -74001 10 631.7 0.1 34 s 2 1/2-# 09 1988 B+=67;IT=33
+103 0500 103Sn -66970 70 7.0 s 0.2 5/2+# 09 1981 B+=100;B+p=1.2 1
+103 0510 103Sb -56180# 300# <49ns 5/2+# 15 p ?
+104 0380 104Sr -44110# 300# 50.6 ms 4.2 0+ 15 15Lo04t 1997 B-=100;B-n=9#;B-2n=0#
+104 0390 104Y -54060# 400# 197 ms 4 15 1994 B-=100;B-n=34 10;B-2n=0#
+104 0400 104Zr -65724 9 920 ms 28 0+ 07 09Pe06td 1990 B-=100;B-n<1
+104 0410 104Nb -71819.0 2.7 * 4.9 s 0.3 (1+) 07 1971 B-=100;B-n=0.06 3
+104 0411 104Nbm -71600 120 210 120 BD* 940 ms 40 high 07 1976 B-=100;B-n=0.05 3
+104 0420 104Mo -80350 9 60 s 2 0+ 07 1962 B-=100
+104 0430 104Tc -82503 25 18.3 m 0.3 (3+) 07 1956 B-=100
+104 0431W 104Tcm -82433 25 69.7 0.2 3.5 us 0.3 (5+) 07 1981 IT=100
+104 0432W 104Tcn -82397 25 106.1 0.3 400 ns 20 (+) 07 1999 IT=100
+104 0440 104Ru -88095.7 2.5 stbl 0+ 07 1931 IS=18.62 27;2B- ?
+104 0450 104Rh -86959.3 2.3 42.3 s 0.4 1+ 07 1939 B-~100;B+=0.45 10
+104 0451W 104Rhm -86830.3 2.3 128.9679 0.0005 4.34 m 0.03 5+ 07 1939 IT~100;B-=0.13 1
+104 0460 104Pd -89395.1 1.3 stbl 0+ 07 1935 IS=11.14 8
+104 0470 104Ag -85116 4 69.2 m 1.0 5+ 07 1955 B+=100
+104 0471W 104Agm -85109 4 6.90 0.22 33.5 m 2.0 2+ 07 1959 B+~100;IT<0.07
+104 0480 104Cd -83968.4 1.7 57.7 m 1.0 0+ 07 1955 B+=100
+104 0490 104In -76183 6 1.80 m 0.03 (5+) 07 13Ma15j 1977 B+=100
+104 0491W 104Inm -76090 6 93.48 0.10 15.7 s 0.5 (3+) 07 1988 IT=80;B+=20
+104 0500 104Sn -71627 6 20.8 s 0.5 0+ 07 1985 B+=100
+104 0510 104Sb -59170 120 470 ms 130 07 95Fa.Ad 1995 B+=?;B+p<7;p<7;A ?
+105 0380 105Sr -38610# 500# 39 ms 5 5/2+# 15 1997 B-=100;B-n=10#;B-2n=1#
+105 0390 105Y -51270 1340 95 ms 9 5/2+# 15 1994 B-=100;B-n<82;B-2n=0#
+105 0400 105Zr -61465 12 670 ms 28 (5/2+) 15 1992 B-=100;B-n<2
+105 0410 105Nb -69916 4 2.95 s 0.06 5/2+# 05 1984 B-=100;B-n=1.7 9
+105 0420 105Mo -77337 9 35.6 s 1.6 (5/2-) 05 1962 B-=100
+105 0430 105Tc -82290 40 7.6 m 0.1 (3/2-) 05 1955 B-=100
+105 0440 105Ru -85934.5 2.5 4.44 h 0.02 3/2+ 05 1945 B-=100
+105 0441W 105Rum -85913.9 2.5 20.610 0.013 340 ns 15 (5/2)+ 05 1974 IT=100
+105 0450 105Rh -87851.2 2.5 35.357 h 0.037 7/2+ 05 09Go29t 1945 B-=100
+105 0451W 105Rhm -87721.4 2.5 129.782 0.004 42.9 s 0.3 1/2- 05 1950 IT=100
+105 0460 105Pd -88417.9 1.1 stbl 5/2+ 05 1935 IS=22.33 8
+105 0461W 105Pdm -87928.8 1.1 489.14 0.04 36.1 us 0.4 11/2- 05 1970 IT=100
+105 0470 105Ag -87071 5 41.29 d 0.07 1/2- 05 1939 B+=100
+105 0471W 105Agm -87046 5 25.479 0.016 7.23 m 0.16 7/2+ 05 1969 IT~100;B+=0.34 7
+105 0480 105Cd -84333.8 1.4 55.5 m 0.4 5/2+ 05 1950 B+=100
+105 0490 105In -79641 10 5.07 m 0.07 9/2+ 05 1975 B+=100
+105 0491W 105Inm -78967 10 674.08 0.25 48 s 6 (1/2)- 05 1975 IT=?;B+=25#
+105 0500 105Sn -73338 4 34 s 1 (5/2+) 05 85De08j 1981 B+=100;B+p=?
+105 0510 105Sb -64015 22 1.12 s 0.16 (5/2+) 05 95Fa.At 1994 B+ ?;p<0.1;B+p ?
+105 0520 105Te -52810 300 633 ns 66 (7/2+) 06 06Se08t 2006 A~100
+106 0380 106Sr -34790# 600# 21 ms 8 0+ 15 15Lo04t 2010 B-=100;B-n=10#;B-2n=0.03#
+106 0390 106Y -46050# 500# 74 ms 6 2+# 15 15Lo04t 1997 B-=100;B-n=20#;B-2n=0.5#
+106 0400 106Zr -58550 430 178.6 ms 5.8 0+ 15 15Lo04t 1994 B-=100;B-n<7
+106 0410 106Nb -66203 4 1050 ms 100 (1-) 15 14Lu07j 1976 B-=100;B-n=4.5 3
+106 0411W 106Nbm -65998 4 204.8 0.1 800 ns 50 (3+) 15 1999 IT=100
+106 0412W 106Nbn -65998 4 204.8 0.5 849 ns 45 (3+) 14Lu07ej 1999 IT=100
+106 0420 106Mo -76135 9 8.73 s 0.12 0+ 08 1969 B-=100
+106 0430 106Tc -79776 12 35.6 s 0.6 (1,2)(+#) 08 1965 B-=100
+106 0440 106Ru -86323 5 371.8 d 0.18 0+ 08 1948 B-=100
+106 0450 106Rh -86363 5 30.07 s 0.35 1+ 08 1947 B-=100
+106 0451 106Rhm -86231 10 132 11 BD 131 m 2 (6)+ 08 1955 B-=100
+106 0460 106Pd -89907.5 1.1 stbl 0+ 08 1935 IS=27.33 3
+106 0470 106Ag -86942 3 23.96 m 0.04 1+ 08 1937 B+=?;B-~0.5
+106 0471W 106Agm -86852 3 89.66 0.07 8.28 d 0.02 6+ 08 1938 B+=100;IT LE 4.2e-6
+106 0480 106Cd -87132.1 1.1 stbl >1.1Zy 0+ 08 16Be11t 1935 IS=1.25 6;2B+ ?
+106 0490 106In -80608 12 6.2 m 0.1 7+ 08 1962 B+=100
+106 0491W 106Inm -80579 12 28.6 0.3 5.2 m 0.1 (2)+ 08 1966 B+=100
+106 0500 106Sn -77354 5 1.92 m 0.08 0+ 08 1975 B+=100
+106 0510 106Sb -66473 7 600 ms 200 (2+) 08 1981 B+=100
+106 0511W 106Sbm -66370 7 103.5 0.3 226 ns 14 (4+) 08 99So08t 1998 IT=100
+106 0520 106Te -58220 100 78 us 11 0+ 08 16Ca33t 1981 A=100
+107 0380 107Sr -28900# 700# 10# ms >400ns 1/2+# 10 10Oh02i 2010 B- ?;B-n=30#;B-2n=3#
+107 0390 107Y -42360# 500# 33.5 ms 0.3 5/2+# 15 15Lo04t 1997 B-=100;B-n=30#;B-2n=0.1#
+107 0400 107Zr -54380 1120 145.7 ms 2.4 5/2+# 15 15Lo04t 1994 B-=100;B-n<23
+107 0410 107Nb -63724 8 289 ms 9 5/2+# 08 15Lo04t 1992 B-=100;B-n=7.4 8
+107 0420 107Mo -72552 9 3.5 s 0.5 (5/2+) 08 1972 B-=100
+107 0421W 107Mom -72487 9 65.4 0.2 420 ns 30 (1/2+) 08 1976 IT=100
+107 0430 107Tc -78750 9 21.2 s 0.2 (3/2-) 08 09Gu11j 1965 B-=100
+107 0431W 107Tcm -78720 9 30.1 0.1 3.85 us 0.05 (1/2+) 08 2007 IT=100
+107 0432W 107Tcn -78684 9 65.72 0.14 184 ns 3 (5/2+) 08 1974 IT=100
+107 0440 107Ru -83863 9 3.75 m 0.05 (5/2)+ 08 1951 B-=100
+107 0450 107Rh -86864 12 21.7 m 0.4 7/2+ 08 1951 B-=100
+107 0451W 107Rhm -86596 12 268.36 0.04 >10 us 1/2- 08 1986 IT=100
+107 0460 107Pd -88372.6 1.2 6.5 My 0.3 5/2+ 08 1958 B-=100
+107 0461W 107Pdm -88256.9 1.2 115.74 0.12 850 ns 100 1/2+ 08 1969 IT=100
+107 0462W 107Pdn -88158.0 1.2 214.6 0.3 21.3 s 0.5 11/2- 08 1952 IT=100
+107 0470 107Ag -88406.7 2.4 stbl 1/2-* 08 14Fe01j 1924 IS=51.839 8
+107 0471W 107Agm -88313.6 2.4 93.125 0.019 44.3 s 0.2 7/2+ 08 1940 IT=100
+107 0480 107Cd -86990.3 1.7 6.50 h 0.02 5/2+ 08 1946 B+=100
+107 0490 107In -83564 11 32.4 m 0.3 9/2+ 08 1949 B+=100
+107 0491W 107Inm -82886 11 678.5 0.3 50.4 s 0.6 1/2- 08 1973 IT=100
+107 0500 107Sn -78512 5 2.90 m 0.05 (5/2+) 08 1976 B+=100
+107 0510 107Sb -70653 4 4.0 s 0.2 5/2+# 08 1994 B+=100
+107 0520 107Te -60540 70 3.1 ms 0.1 5/2+# 08 1979 A=70 30;B+ ?;B+p ?
+107 0530 107I -49430# 300# 20# us 5/2+# A ?
+108 0390 108Y -37300# 600# 30 ms 5 15 2010 B-=100;B-n=30#;B-2n=2#
+108 0400 108Zr -51350# 400# 78.5 ms 2.0 0+ 15 1997 B-=100;B-n=2#
+108 0401W 108Zrm -49280# 400# 2074.5 0.8 540 ns 30 (6+) 15 12Ka36t 2011 IT~100
+108 0410 108Nb -59546 8 198 ms 6 (2+) 15 1994 B-=100;B-n=6.3 5;B-2n=0#
+108 0411W 108Nbm -59379 8 166.6 0.5 109 ns 2 (4-,5) 15 12Ka36j 2012 IT=100
+108 0420 108Mo -70756 9 1.105 s 0.010 0+ 08 09Pe06td 1972 B-=100;B-n<0.5
+108 0430 108Tc -75923 9 5.17 s 0.07 (2)+ 08 1970 B-=100
+108 0440 108Ru -83661 9 4.55 m 0.05 0+ 08 1955 B-=100
+108 0450 108Rh -85032 14 16.8 s 0.5 1+ 08 1955 B-=100
+108 0451 108Rhm -84917 12 115 18 MD 6.0 m 0.3 (5)(+#) 08 1969 B-=100
+108 0460 108Pd -89524.2 1.1 stbl 0+ 08 1935 IS=26.46 9
+108 0470 108Ag -87606.8 2.4 2.382 m 0.011 1+ 08 1937 B-=97.15 20;B+=2.85 20
+108 0471W 108Agm -87497.3 2.4 109.466 0.007 438 y 9 6+ 08 1969 B+=91.3 9;IT=8.7 9
+108 0480 108Cd -89252.4 1.1 stbl >410Py 0+ 08 95Ge14t 1935 IS=0.89 3;2B+ ?
+108 0490 108In -84120 9 58.0 m 1.2 7+ 08 1949 B+=100
+108 0491W 108Inm -84090 9 29.75 0.05 39.6 m 0.7 2+ 08 1955 B+=100
+108 0500 108Sn -82070 5 10.30 m 0.08 0+ 08 1968 B+=100
+108 0510 108Sb -72445 5 7.4 s 0.3 (4+) 08 1976 B+=100
+108 0520 108Te -65782 5 2.1 s 0.1 0+ 08 85Ti02d 1974 B+=51 4;A=49 4;B+p=2.4 10;B+A<0.065
+108 0530 108I -52650 130 36 ms 6 1+# 08 94Pa12d 1991 A=?;B+=9#;p<1;B+p ?
+109 0390 109Y -33200# 700# 25 ms 5 5/2+# 15 2010 B-=100;B-n=60#;B-2n=1.5#
+109 0400 109Zr -46190# 500# 56 ms 3 1/2+# 15 1997 B-=100;B-n=5#;B-2n=0#
+109 0410 109Nb -56690 260 106.9 ms 4.9 5/2+# 06 15Lo04t 1994 B-=100;B-n=31 5
+109 0411W 109Nbm -56380 260 312.2 0.5 115 ns 8 12Ka36et 2011 IT=100
+109 0420 109Mo -66666 11 700 ms 14 5/2+# 06 09Pe06td 1992 B-=100;B-n=1.3 6
+109 0421W 109Mom -66596 11 69.7 0.5 210 ns 60 (1/2+) 12Ka36et 2012 IT=100
+109 0430 109Tc -74283 10 1.14 s 0.03 5/2+ 06 09Pe06t 1976 B-=100;B-n=0.08 2
+109 0440 109Ru -80738 9 34.5 s 1.0 5/2+# 06 1967 B-=100
+109 0441W 109Rum -80642 9 96.2 0.3 680 ns 30 (5/2-) 06 1976 IT=100
+109 0450 109Rh -84999 4 80 s 2 7/2+ 06 1972 B-=100
+109 0451W 109Rhm -84773 4 225.974 0.021 1.66 us 0.04 3/2+ 06 FGK127j 1987 IT=100
+109 0460 109Pd -87606.5 1.1 13.7012 h 0.0024 5/2+ 06 1937 B-=100
+109 0461W 109Pdm -87493.1 1.1 113.400 0.010 380 ns 50. 1/2+ 06 1978 IT=100
+109 0462W 109Pdn -87417.5 1.1 188.990 0.010 4.696 m 0.003 11/2- 06 1957 IT=100
+109 0470 109Ag -88719.4 1.3 stbl 1/2- 06 1924 IS=48.161 8
+109 0471W 109Agm -88631.4 1.3 88.0341 0.0011 39.6 s 0.2 7/2+ 06 1967 IT=100
+109 0480 109Cd -88504.3 1.5 461.6 d 0.4 5/2+ 06 16Fe04t 1950 EC=100
+109 0481W 109Cdm -88444.8 1.5 59.49 0.11 12 us 2 1/2+ 06 1956 IT=100
+109 0482W 109Cdn -88040.8 1.5 463.5 0.3 10.9 us 0.5 11/2- 06 1964 IT=100
+109 0490 109In -86490 4 4.167 h 0.018 9/2+ 06 1948 B+=100
+109 0491W 109Inm -85840 4 650.1 0.3 1.34 m 0.07 1/2- 06 1966 IT=100
+109 0492W 109Inn -84388 4 2101.8 0.2 209 ms 6 (19/2+) 06 1963 IT=100[gs=100,m=0]
+109 0500 109Sn -82630 8 18.0 m 0.2 (5/2+,7/2+) 06 13Ma15j 1966 B+=100
+109 0510 109Sb -76251 5 17.0 s 0.7 5/2+# 06 1976 B+=100
+109 0520 109Te -67715 4 4.6 s 0.3 (5/2+) 06 1967 B+=96.1 13;A=3.9 13;B+p=9.4 31;B+A<0.005
+109 0530 109I -57672 7 103 us 5 1/2+ 06 07Ma35d 1984 p=100;A=0.014 4
+109 0540 109Xe -46170 300 13 ms 2 7/2+# 06Li41tdj2006 A~100;B+ ?;B+p ?
+110 0400 110Zr -42890# 600# 37.5 ms 2.0 0+ 12 15Lo04t 1997 B-=100;B-n=7#;B-2n=0#
+110 0410 110Nb -52310 840 82 ms 2 (5)(+#) 12 15Lo04t 1994 B-=100;B-n=40 8;B-2n=0.09#
+110 0420 110Mo -64543 24 292 ms 7 0+ 12 15Lo04t 1992 B-=100;B-n=2.0 7
+110 0430 110Tc -71035 9 900 ms 13 (2+,3+) 12 1976 B-=100;B-n=0.04 2
+110 0440 110Ru -80073 9 12.04 s 0.17 0+ 12 1970 B-=100
+110 0450 110Rh -82829 18 * 3.35 s 0.12 (1+) 12 1963 B-=100
+110 0451W 110Rhm -82610# 150# 220# 150# * 28.5 s 1.3 (6+) 12 1969 B-=100
+110 0460 110Pd -88330.9 0.6 stbl >200Ey 0+ 12 13Le10t 1935 IS=11.72 9;2B- ?
+110 0470 110Ag -87457.3 1.3 24.56 s 0.11 1+ 12 1937 B-~100;EC=0.30 6
+110 0471W 110Agm -87456.2 1.3 1.112 0.016 660 ns 40 2- 12 1975 IT=100
+110 0472W 110Agn -87339.7 1.3 117.59 0.05 249.83 d 0.04 6+ 12 1938 B-=98.67 8;IT=1.33 8
+110 0480 110Cd -90348.0 0.4 stbl 0+ 12 1925 IS=12.49 18
+110 0490 110In -86470 12 4.92 h 0.08 7+ 12 1939 B+=100
+110 0491W 110Inm -86408 12 62.08 0.04 69.1 m 0.5 2+ 12 1962 B+=100
+110 0500 110Sn -85842 14 4.154 h 0.004 0+ 12 1965 EC=100
+110 0510 110Sb -77450 6 23.6 s 0.3 (3+) 12 1972 B+=100
+110 0520 110Te -72230 7 18.6 s 0.8 0+ 12 1977 B+~100;A=0.003#
+110 0530 110I -60460 50 664 ms 24 (1+) 12 1977 B+=83 4;A=17 4;B+p=11 3;B+A=1.1 3
+110 0540 110Xe -51920 100 93 ms 3 0+ 12 1981 A=64 35;B+ ?;B+p ?
+111 0400 111Zr -37560# 700# 24.0 ms 0.5 3/2+# 15 15Lo04t 2010 B-=100;B-n=10#;B-2n=1#
+111 0410 111Nb -48880# 300# 54 ms 2 5/2+# 15 1997 B-=100;B-n=90#;B-2n=0#
+111 0420 111Mo -59940 13 193.6 ms 4.4 1/2+# 15 15Lo04t 1994 B-=100;B-n<12
+111 0421W 111Mom -59840# 50# 100# 50# ~200 ms 7/2-# 15 2011 B-=100;B-n=0.02#
+111 0430 111Tc -69025 11 350 ms 11 5/2+# 09 09Pe06t 1988 B-=100;B-n=0.85 20
+111 0440 111Ru -76785 10 2.12 s 0.07 5/2+ 09 1971 B-=100
+111 0450 111Rh -82304 7 11 s 1 (7/2+) 09 1975 B-=100
+111 0460 111Pd -85985.9 0.7 23.4 m 0.2 5/2+ 09 1937 B-=100
+111 0461W 111Pdm -85813.7 0.7 172.18 0.08 5.5 h 0.1 11/2- 09 1952 IT=73 3;B-=27 3
+111 0470 111Ag -88215.4 1.5 7.433 d 0.010 1/2- 09 16Co01t 1937 B-=100
+111 0471W 111Agm -88155.6 1.5 59.82 0.04 64.8 s 0.8 7/2+ 09 1957 IT=99.3 2;B-=0.7 2
+111 0480 111Cd -89252.2 0.4 stbl 1/2+ 09 1925 IS=12.80 12
+111 0481W 111Cdm -88856.0 0.4 396.214 0.021 48.50 m 0.09 11/2- 09 1945 IT=100
+111 0490 111In -88392 3 2.8063 d 0.0007 9/2+ 09 16Dz01t 1947 EC=100
+111 0491W 111Inm -87855 3 536.99 0.07 7.7 m 0.2 1/2- 09 1966 IT=100
+111 0500 111Sn -85939 5 35.3 m 0.6 7/2+ 09 1949 B+=100
+111 0501W 111Snm -85684 5 254.71 0.04 12.5 us 1.0 1/2+ 09 1972 IT=100
+111 0510 111Sb -80837 9 75 s 1 (5/2+) 09 1972 B+=100
+111 0520 111Te -73587 6 26.2 s 0.6 (5/2)+ 09 05Sh24t 1967 B+=100;B+p=?
+111 0530 111I -64954 5 2.5 s 0.2 5/2+# 09 1977 B+~100;A~0.1;B+p ?
+111 0540 111Xe -54400 90 740 ms 200 5/2+# 09 12Ca03d 1979 B+ ?;A=10.4 1.9;B+p ?
+111 0550 111Cs -42820# 200# 1# us 3/2+# p ?
+112 0400 112Zr -33810# 700# 43 ms 21 0+ 15 15Lo04t 2010 B-=100;B-n=30#;B-2n=0.3#
+112 0410 112Nb -44270# 300# 38 ms 2 2+# 15 15Lo04t 1997 B-=100;B-n=70#;B-2n=1#
+112 0420 112Mo -57460# 200# 125 ms 5 0+ 15 15Lo04t 1994 B-=100;B-n=0.3#
+112 0430 112Tc -65259 6 323 ms 6 (2+) 15 15Lo04t 1990 B-=100;B-n=1.5 2
+112 0431W 112Tcm -64907 6 352.3 0.7 150 ns 17 15 FGK127e 2010 IT=100
+112 0440 112Ru -75631 10 1.75 s 0.07 0+ 15 1970 B-=100
+112 0450 112Rh -79730 40 3.4 s 0.4 (1+) 15 99Lh01t 1972 B-=100
+112 0451 112Rhm -79390 60 340 70 BD 6.73 s 0.15 (6+) 15 99Lh01t 1987 B-=100
+112 0460 112Pd -86322 7 21.04 h 0.17 0+ 15 1951 B-=100
+112 0470 112Ag -86583.7 2.4 3.130 h 0.008 2(-) 15 1938 B-=100
+112 0480 112Cd -90574.86 0.25 stbl 0+ 15 1925 IS=24.13 21
+112 0490 112In -87990 4 14.88 m 0.15 1+ 15 1947 B+=57.4 48;B-=42.6 48
+112 0491W 112Inm -87833 4 156.592 0.025 20.67 m 0.08 4+ 15 1953 IT=100
+112 0492W 112Inn -87639 4 350.80 0.05 690 ns 50 (7)+ 15 1976 IT=100
+112 0493W 112Inp -87376 4 613.82 0.06 2.81 us 0.03 8- 15 87Eb02j 1976 IT=100
+112 0500 112Sn -88655.06 0.29 stbl 0+ 15 1927 IS=0.97 1;2B+ ?
+112 0510 112Sb -81599 18 53.5 s 0.6 (3+) 15 1959 B+=100
+112 0511W 112Sbm -80773 18 825.9 0.4 536 ns 22 (8-) 15 1976 IT=100
+112 0520 112Te -77568 8 2.0 m 0.2 0+ 15 1976 B+=100
+112 0530 112I -67063 10 3.34 s 0.08 1+# 15 78Ro19d 1977 B+~100;A=0.0012;B+p=0.88 10;B+A=0.104 12
+112 0540 112Xe -60026 8 2.7 s 0.8 0+ 15 1978 B+~100;A=1.2 8;B+p ?
+112 0550 112Cs -46290 90 490 us 30 1+# 15 1994 p~100;A<0.26
+113 0410 113Nb -40510# 400# 32 ms 4 5/2+# 15 1997 B-=100;B-n=90#;B-2n=2#
+113 0420 113Mo -52490# 300# 80 ms 2 3/2+# 15 1994 B-=100;B-n=3#
+113 0430 113Tc -62812 3 152 ms 8 5/2+# 15 1992 B-=100;B-n=2.1 3
+113 0431W 113Tcm -62698 3 114.4 0.5 527 ns 16 (5/2-) 15 12Ka36t 2010 IT=100
+113 0440 113Ru -71870 40 800 ms 50 (1/2+) 10 1988 B-=100
+113 0441W 113Rum -71740 40 130 18 510 ms 30 (7/2-) 10 98Ku17e 1998 IT=?;B-=?
+113 0450 113Rh -78768 7 2.80 s 0.12 (7/2+) 10 93Pe11j 1971 B-=100
+113 0460 113Pd -83591 7 93 s 5 (5/2+) 10 1954 B-=100
+113 0461W 113Pdm -83510 7 81.1 0.3 300 ms 100 (9/2-) 10 1993 IT=100
+113 0470 113Ag -87027 17 5.37 h 0.05 1/2- 10 1949 B-=100
+113 0471W 113Agm -86984 17 43.50 0.10 68.7 s 1.6 7/2+ 10 1958 IT=64 7;B-=36 7
+113 0480 113Cd -89043.28 0.24 8.04 Py 0.05 1/2+ 10 1925 IS=12.22 12;B-=100
+113 0481W 113Cdm -88779.74 0.24 263.54 0.03 13.89 y 0.11 11/2- 10 11Ko01td 1965 B-=99.9036 19;IT=0.0964 19
+113 0490 113In -89367.12 0.19 stbl 9/2+ 10 1934 IS=4.29 5
+113 0491W 113Inm -88975.42 0.19 391.699 0.003 1.6579 h 0.0004 1/2- 10 1939 IT=100
+113 0500 113Sn -88328.1 1.6 115.09 d 0.03 1/2+ 10 1939 B+=100
+113 0501W 113Snm -88250.7 1.6 77.389 0.019 21.4 m 0.4 7/2+ 10 1961 IT=91.1 23;B+=8.9 23
+113 0510 113Sb -84417 17 6.67 m 0.07 5/2+ 10 1958 B+=100
+113 0520 113Te -78347 28 1.7 m 0.2 (7/2+) 10 1974 B+=100
+113 0530 113I -71120 8 6.6 s 0.2 5/2+# 10 1977 B+=100;A=3.310e-7;B+A ?
+113 0540 113Xe -62204 7 2.74 s 0.08 5/2+# 10 1973 B+~100;A~0.011;B+p=7 4;B+A~0.007 4
+113 0541W 113Xem -61800 7 403.6 1.4 6.9 us 0.3 (11/2-) 13Pr01etj2013 IT=100
+113 0550 113Cs -51765 9 17.7 us 0.4 (3/2+) 15 1984 p=100
+113 0560 113Ba -39780# 300# 100# ms 5/2+# p ?;A ?
+114 0410 114Nb -35390# 500# 17 ms 5 15 2010 B-=100;B-n=50#;B-2n=6#
+114 0420 114Mo -49810# 300# 58 ms 2 0+ 15 1997 B-=100;B-n=3#
+114 0430 114Tc -58600 430 & 90 ms 20 (1+) 12 11Ri01tj 1994 B-=100;B-n=6#
+114 0431 114Tcm -58437 13 160 430 & 100 ms 20 (4,5) 12 11Ri01tj 2011 B- ?;B-n=6#
+114 0440 114Ru -70222 4 540 ms 30 0+ 12 06Mo07t 1991 B-=100;B-n=0#;B-2n=0#
+114 0450 114Rh -75710 70 * 1.85 s 0.05 1+ 12 1988 B-=100
+114 0451W 114Rhm -75510# 170# 200# 150# * 1.85 s 0.05 (7-) 12 1987 B-=100
+114 0460 114Pd -83491 7 2.42 m 0.06 0+ 12 1958 B-=100
+114 0470 114Ag -84931 5 4.6 s 0.1 1+ 12 1958 B-=100
+114 0471W 114Agm -84732 7 199 5 1.50 ms 0.05 (<6+) 12 1990 IT=100
+114 0480 114Cd -90014.93 0.28 stbl >92Py 0+ 12 95Ge14t 1925 IS=28.73 42;2B- ?
+114 0490 114In -88569.8 0.3 71.9 s 0.1 1+ 12 1937 B-=99.50 15;B+=0.50 15
+114 0491W 114Inm -88379.5 0.3 190.2682 0.0008 49.51 d 0.01 5+ 12 1939 IT=96.75 24;B+=3.25 24
+114 0492W 114Inn -88067.9 0.3 501.948 0.003 43.1 ms 0.6 8- 12 1958 IT=100[gs=0,m=100]
+114 0493W 114Inp -87928.1 0.3 641.745 0.003 4.3 ns 0.4 7+ 12 1975 IT=100
+114 0500 114Sn -90559.723 0.029 stbl 0+ 12 1927 IS=0.66 1
+114 0501W 114Snm -87472.35 0.08 3087.37 0.07 733 ns 14 7- 12 1980 IT=100
+114 0510 114Sb -84497 22 3.49 m 0.03 3+ 12 1959 B+=100
+114 0511W 114Sbm -84002 22 495.5 0.7 219 us 12 (8-) 12 1973 IT=100
+114 0520 114Te -81889 28 15.2 m 0.7 0+ 12 1968 B+=100
+114 0530 114I -72800# 150# 2.1 s 0.2 1+ 12 1977 B+=100;B+p ?
+114 0531W 114Ixm -72530# 150# 265.9 0.5 6.2 s 0.5 (7) 12 JBl96 d 1995 B+=91 2;IT=9 2
+114 0540 114Xe -67086 11 10.0 s 0.4 0+ 12 1977 B+=100
+114 0550 114Cs -54680 70 570 ms 20 (1+) 12 1978 B+~100;A=0.018 6;B+p=8.7 13;B+A=0.19 3
+114 0560 114Ba -45910 100 460 ms 125 0+ 12 16Ca33t 1995 B+~100;B+p=20 10;A=0.9 3;12C<0.0034
+115 0410 115Nb -31350# 500# 23 ms 8 5/2+# 15 2010 B-=100;B-n=60#;B-2n=1#
+115 0420 115Mo -44750# 400# 45.5 ms 2.0 3/2+# 15 2010 B-=100;B-n=3#;B-2n=0.01#
+115 0430 115Tc -56320 790 78 ms 2 5/2+# 15 1994 B-=100;B-n=20#
+115 0440 115Ru -66190 90 318 ms 19 (3/2+) 12 11Ri07j 1992 B-=100;B-n=0.02#
+115 0441W 115Rum -65940# 140# 250# 100# 76 ms 6 (9/2-) 12 2010 IT=100
+115 0450 115Rh -74230 7 990 ms 50 (7/2+) 12 11Ri07j 1988 B-=100;B-n=0.05#
+115 0460 115Pd -80426 14 25 s 2 (1/2)+ 12 1958 B-=100
+115 0461W 115Pdm -80337 14 89.21 0.16 50 s 3 (7/2-) 12 1987 B-=92.0 20;IT=8.0 20
+115 0470 115Ag -84983 18 20.0 m 0.5 1/2- 12 1949 B-=100
+115 0471W 115Agm -84942 18 41.16 0.10 18.0 s 0.7 7/2+ 12 1958 B-=79.0 3;IT=21.0 3
+115 0480 115Cd -88084.5 0.7 53.46 h 0.05 1/2+ 12 1939 B-=100
+115 0481W 115Cdm -87903.5 0.9 181.0 0.5 44.56 d 0.24 11/2- 12 FGK127j 1959 B-~100;IT<0.003
+115 0490 115In -89536.346 0.012 441 Ty 25 9/2+ 12 1924 IS=95.71 5;B-=100
+115 0491W 115Inm -89200.102 0.021 336.244 0.017 4.486 h 0.004 1/2- 12 1961 IT=95.0 7;B-=5.0 7
+115 0500 115Sn -90033.835 0.015 stbl 1/2+ 12 1927 IS=0.34 1
+115 0501W 115Snm -89421.03 0.04 612.81 0.04 3.26 us 0.08 7/2+ 12 1967 IT=100
+115 0502W 115Snn -89320.20 0.12 713.64 0.12 159 us 1 11/2- 12 1958 IT=100
+115 0510 115Sb -87003 16 32.1 m 0.3 5/2+ 12 1958 B+=100
+115 0511W 115Sbm -84207 16 2796.26 0.09 159 ns 3 (19/2)- 12 1977 IT=100
+115 0520 115Te -82063 28 * 5.8 m 0.2 7/2+ 12 1961 B+=100
+115 0521W 115Tem -82053 29 10 7 * 6.7 m 0.4 (1/2)+ 12 GAu e 1974 B+~100;IT<0.06
+115 0522W 115Ten -81783 28 280.05 0.20 7.5 us 0.2 11/2- 12 1972 IT=100
+115 0530 115I -76338 29 1.3 m 0.2 5/2+# 12 1969 B+=100
+115 0540 115Xe -68657 12 18 s 4 (5/2+) 12 1969 B+=100;B+p=0.34 6;A=0.0003 1
+115 0550 115Cs -59700# 100# 1.4 s 0.8 9/2+# 12 1978 B+=100;B+p~0.07
+115 0560 115Ba -49020# 200# 450 ms 50 5/2+# 12 1997 B+=100;B+p>15
+116 0420 116Mo -41500# 500# 32 ms 4 0+ 15 2010 B-=100;B-n=10#;B-2n=0#
+116 0430 116Tc -51460# 300# 57 ms 3 2+# 15 1997 B-=100;B-n=20#;B-2n=0.05#
+116 0440 116Ru -64069 4 204 ms 6 0+ 15 1994 B-=100;B-n=0.1#
+116 0450 116Rh -70740 70 * 685 ms 39 1+ 10 06Mo07td 1970 B-=100;B-n<2.1
+116 0451W 116Rhm -70540# 170# 200# 150# * 570 ms 50 (6-) 10 1987 B-=100
+116 0460 116Pd -79832 7 11.8 s 0.4 0+ 10 1970 B-=100
+116 0470 116Ag -82543 3 3.83 m 0.08 (0-) 10 1958 B-=100
+116 0471W 116Agm -82495 3 47.90 0.10 20 s 1 (3+) 10 2005 B-=93.0;IT=7.0
+116 0472W 116Agn -82413 3 129.80 0.22 9.3 s 0.3 (6-) 10 1970 B-=92.0;IT=8.0
+116 0480 116Cd -88712.48 0.16 28.7 Ey 1.3 0+ 10 15Ba11t 1925 IS=7.49 18;2B-=100
+116 0490 116In -88249.75 0.22 14.10 s 0.03 1+ 10 13Wr01d 1937 B-~100;EC=0.0237 43
+116 0491W 116Inm -88122.48 0.22 127.267 0.006 54.29 m 0.17 5+ 10 1945 B-=100
+116 0492W 116Inn -87960.09 0.22 289.660 0.006 2.18 s 0.04 8- 10 1950 IT=100[gs=0,m=100]
+116 0500 116Sn -91525.97 0.10 stbl 0+ 10 1922 IS=14.54 9
+116 0501W 116Snm -89160.00 0.10 2365.975 0.021 348 ns 19 5- 10 1964 IT=100
+116 0502W 116Snn -87978.81 0.20 3547.16 0.17 833 ns 30 10+ 10 1978 IT=100
+116 0510 116Sb -86822 5 15.8 m 0.8 3+ 10 1949 B+=100
+116 0511W 116Sbm -86728 5 93.99 0.05 194 ns 4 1+ 10 1976 IT=100
+116 0512 116Sbn -86440 40 390 40 BD 60.3 m 0.6 8- 10 1949 B+=100
+116 0520 116Te -85269 28 2.49 h 0.04 0+ 10 1958 B+=100
+116 0530 116I -77490 100 2.91 s 0.15 1+ 10 1976 B+=100
+116 0531W 116Ixm -77060 100 430.4 0.5 3.27 us 0.16 (7-) 10 1990 IT=100
+116 0540 116Xe -73047 13 59 s 2 0+ 10 1969 B+=100
+116 0550 116Cs -62040# 100# * 700 ms 40 (1+) 10 77Bo28d 1975 B+=100;B+p=0.28 7;B+A=0.049 25
+116 0551W 116Csm -61940# 120# 100# 60# * 3.85 s 0.13 4+,5,6 10 1975 B+=100;B+p=0.51 15;B+A=0.008 2
+116 0560 116Ba -54580# 200# 1.3 s 0.2 0+ 10 1997 B+=100;B+p=3 1
+116 0570 116La -40650# 310# 10# ms 10 B+ ?;B+p ?;p ?
+117 0420 117Mo -36170# 500# 22 ms 5 3/2+# 15 2010 B-=100;B-n=10#;B-2n=0.2#
+117 0430 117Tc -48380# 400# 44.5 ms 3.0 5/2+# 15 1997 B-=100;B-n=30#;B-2n=0#
+117 0440 117Ru -59490 430 151 ms 3 3/2+# 15 1994 B-=100;B-n=0.5#
+117 0441W 117Rum -59310 430 185.0 0.4 2.49 us 0.6 15 2012 IT=100
+117 0450 117Rh -68897 9 421 ms 30 7/2+# 11 06Mo07td 1991 B-=100;B-n<7.6
+117 0460 117Pd -76424 7 4.3 s 0.3 (3/2+) 11 04Ur04j 1968 B-=100
+117 0461W 117Pdm -76221 7 203.3 0.3 19.1 ms 0.7 (9/2-) 11 04Ur04j 1990 IT=100
+117 0470 117Ag -82182 14 73.6 s 1.4 1/2-# 11 1958 B-=100
+117 0471W 117Agm -82153 14 28.6 0.2 5.34 s 0.05 7/2+# 11 1990 B-=94.0 15;IT=6.0 15
+117 0480 117Cd -86418.4 1.0 2.49 h 0.04 1/2+ 11 1939 B-=100
+117 0481W 117Cdm -86282.0 1.0 136.4 0.2 3.36 h 0.05 11/2- 11 13Yo02j 1966 B-~100;IT~0
+117 0490 117In -88943 5 43.2 m 0.3 9/2+ 11 1937 B-=100
+117 0491W 117Inm -88628 5 315.303 0.011 116.2 m 0.3 1/2- 11 1940 B-=52.9 15;IT=47.1 15
+117 0500 117Sn -90397.8 0.5 stbl 1/2+ 11 1923 IS=7.68 7
+117 0501W 117Snm -90083.2 0.5 314.58 0.04 14.00 d 0.05 11/2- 12 1950 IT=100
+117 0502W 117Snn -87991.4 0.6 2406.4 0.4 1.75 us 0.07 (19/2+) 11 1979 IT=100
+117 0510 117Sb -88640 8 2.80 h 0.01 5/2+ 11 1947 B+=100
+117 0511W 117Sbm -85509 8 3130.76 0.19 355 us 17 (25/2)+ 11 1970 IT=100
+117 0512W 117Sbn -85409 8 3230.7 0.2 290 ns 5 (23/2-) 11 1987 IT=100
+117 0520 117Te -85095 13 62 m 2 1/2+ 11 1958 EC=75 1;e+=25 1
+117 0521W 117Tem -84799 13 296.1 0.5 103 ms 3 (11/2-) 11 99Mo30j 1963 IT ?
+117 0530 117I -80436 26 2.22 m 0.04 (5/2)+ 11 1969 B+=100;e+~77
+117 0540 117Xe -74185 10 61 s 2 5/2(+) 11 1969 B+=100;B+p=0.0029 6
+117 0550 117Cs -66490 60 * 8.4 s 0.6 9/2+# 11 1972 B+=100
+117 0551W 117Csm -66340# 100# 150# 80# * 6.5 s 0.4 3/2+# 11 1978 B+=100
+117 0556 117Csx -66440 80 50 50 R= ? spmix
+117 0560 117Ba -57460 250 1.75 s 0.07 (3/2)(+#) 11 97Ja12d 1977 B+=100;B+p=13 3;B+A=0.024 8
+117 0570 117La -46470# 200# 21.7 ms 1.8 (3/2+) 11 11Li28tj 2001 p=?;B+=6.1#;B+p ?
+117 0571W 117Lam non-exist RN 10 ms 5 (9/2+) 11 01So02i
+118 0420 118Mo -32630# 500# 21 ms 6 0+ 15 15Lo04td 2015 B-=100;B-n=10#;B-2n=0.08#
+118 0430 118Tc -43790# 400# 30 ms 4 2+# 15 2010 B-=100;B-n=30#;B-2n=0.6#
+118 0440 118Ru -57260# 200# 99 ms 3 0+ 15 1994 B-=100;B-n=1#
+118 0450 118Rh -64887 24 284 ms 9 (4-10)(+#) 06 15Lo04t 1994 B-=100;B-n=3.1 14
+118 0460 118Pd -75388.7 2.5 1.9 s 0.1 0+ 06 1969 B-=100
+118 0470 118Ag -79553.8 2.5 3.76 s 0.15 1- 95 93Ja03j 1967 B-=100
+118 0471W 118Agm -79508.0 2.5 45.79 0.09 ~0.1 us 0(-) to 2(-) 95 1989 IT=100
+118 0472W 118Agn -79426.2 2.5 127.63 0.10 2.0 s 0.2 4(+) 95 1971 B-=59;IT=41
+118 0473W 118Agp -79274.4 2.5 279.37 0.20 ~0.1 us (2+,3+) 95 1989 IT=100
+118 0480 118Cd -86702 20 50.3 m 0.2 0+ 95 1961 B-=100
+118 0490 118In -87228 8 * 5.0 s 0.5 1+ 95 1949 B-=100
+118 0491 118Inm -87130# 50# 100# 50# * 4.364 m 0.007 5+ 95 94It.At 1964 B-=100
+118 0492W 118Inn -86990# 50# 240# 50# 8.5 s 0.3 8- 95 1969 IT=98.6 3[gs=0,m=98.6];B-=1.4 3
+118 0500 118Sn -91652.9 0.5 stbl 0+ 95 1924 IS=24.22 9
+118 0501W 118Snm -89078.0 0.5 2574.91 0.04 230 ns 10 7- 95 1961 IT=100
+118 0502W 118Snn -88544.8 0.5 3108.06 0.22 2.52 us 0.06 (10+) 95 11Fo15j 1973 IT=100
+118 0510 118Sb -87996 3 3.6 m 0.1 1+ 95 1947 B+=100
+118 0511W 118Sbm -87945 3 50.814 0.021 20.6 us 0.6 (3)+ 95 1975 IT=100
+118 0512 118Sbn -87746 5 250 6 BD 5.00 h 0.02 8- 95 1947 B+=100
+118 0520 118Te -87697 18 6.00 d 0.02 0+ 95 1948 EC=100
+118 0530 118I -80971 20 13.7 m 0.5 2- 95 1957 B+=100
+118 0531W 118Ixm -80782 20 188.8 0.7 8.5 m 0.5 (7-) 95 03Mo36e 1968 B+~100;IT=?
+118 0540 118Xe -78079 10 3.8 m 0.9 0+ 95 1965 B+=100
+118 0550 118Cs -68409 13 * 14 s 2 2 95 1969 B+=100;B+p=0.021 14;B+A=0.0012 5
+118 0551 118Csm -68310# 60# 100# 60# * 17 s 3 (7-) 95 93Be46j 1972 B+=100;B+p=0.021 14;B+A=0.0012 5
+118 0556 118Csx -68404 12 5 4 R<0.1 spmix
+118 0560 118Ba -62350# 200# 5.2 s 0.2 0+ 06 97Ja12t 1997 B+=100
+118 0570 118La -49560# 300# 200# ms B+ ?;B+p ?
+119 0430 119Tc -40370# 500# 22 ms 3 5/2+# 15 2010 B-=100;B-n=30#;B-2n=0.1#
+119 0440 119Ru -52560# 300# 69.5 ms 2.0 3/2+# 15 1997 B-=100;B-n=3#;B-2n=0#
+119 0441W 119Rum -52330# 300# 227.1 0.7 384 ns 22 15 2012 IT=100
+119 0450 119Rh -62823 9 190 ms 6 7/2+# 09 15Lo04t 1994 B-=100;B-n=6.4 16
+119 0460 119Pd -71408 8 920 ms 80 3/2+# 09 06Mo07td 1991 B-=100;B-n=0#
+119 0461W 119Pdm -71110# 150# 300# 150# 3# ms 11/2-# IT ?;B- ?
+119 0470 119Ag -78646 15 *& 6.0 s 0.5 1/2-# 09 1975 B-=100
+119 0471W 119Agm -78626# 25# 20# 20# *& 2.1 s 0.1 7/2+# 09 1975 B-=100
+119 0480 119Cd -83980 40 2.69 m 0.02 1/2+ 09 13Yo02j 1961 B-=100
+119 0481W 119Cdm -83830 40 146.54 0.11 2.20 m 0.02 11/2- 09 13Yo02j 1974 B-=100
+119 0490 119In -87699 7 2.4 m 0.1 9/2+ 09 1949 B-=100
+119 0491W 119Inm -87388 7 311.37 0.03 18.0 m 0.3 1/2- 09 1973 B-=95.6;IT=4.4
+119 0492W 119Inn -87045 7 654.27 0.07 130 ns 15 (3/2)+ 09 1974 IT=100
+119 0493W 119Inp -85042 7 2656.9 1.8 240 ns 25 (25/2+) 09 2002 IT=100
+119 0500 119Sn -90065.0 0.7 stbl 1/2+ 09 1925 IS=8.59 4
+119 0501W 119Snm -89975.5 0.7 89.531 0.013 293.1 d 0.7 11/2- 09 1950 IT=100
+119 0502W 119Snn -87938.0 1.2 2127.0 1.0 9.6 us 1.2 (19/2+) 09 1992 IT=100
+119 0503W 119Snp -87696.0 0.8 2369.0 0.3 96 ns 9 23/2+ 16Is03etj2016 IT=100
+119 0510 119Sb -89474 8 38.19 h 0.22 5/2+ 09 1947 EC=100
+119 0511W 119Sbm -86920 8 2553.6 0.3 130 ns 3 19/2- 09 91Io02j 1991 IT=100
+119 0512W 119Sbn -86622 11 2852 7 850 ms 90 27/2+# 09 1979 IT=100
+119 0520 119Te -87181 8 16.05 h 0.05 1/2+ 09 1948 EC=97.94 5;e+=2.06 5
+119 0521W 119Tem -86920 8 260.96 0.05 4.70 d 0.04 11/2- 09 1960 EC=99.59 4;e+=0.41 4;IT<0.008
+119 0530 119I -83766 28 19.1 m 0.4 5/2+ 09 1954 e+=51 4;EC=49 4
+119 0540 119Xe -78794 10 5.8 m 0.3 5/2(+) 09 90Ne.Aj 1965 e+=79 5;EC=21 5
+119 0550 119Cs -72305 14 * 43.0 s 0.2 9/2+ 09 75Ho09d 1969 B+=100;B+A<2e-6
+119 0551 119Csm -72260# 30# 50# 30# * 30.4 s 0.1 3/2(+) 09 1978 B+=100
+119 0556 119Csx -72289 9 16 11 R=.5~~.25 spmix
+119 0560 119Ba -64590 200 5.4 s 0.3 (5/2+) 09 1974 B+=100;B+p=25 2
+119 0570 119La -54790# 300# 1# s 11/2-# B+ ?
+119 0580 119Ce -43940# 500# 200# ms 5/2+# B+ ?;B+p ?
+120 0430 120Tc -35520# 500# 21 ms 5 15 2010 B-=100;B-n=30#;B-2n=2#
+120 0440 120Ru -50010# 400# 45 ms 2 0+ 15 2010 B-=100;B-n=4#
+120 0450 120Rh -58820# 200# 129.6 ms 4.2 13 15Lo04t 1994 B-=100;B-n<5.4;B-2n=0#
+120 0451W 120Rhm -58660# 200# 157.2 0.7 295 ns 16 13 12Ka36etd2012 IT=100
+120 0460 120Pd -70280.1 2.3 492 ms 33 0+ 14 06Mo07td 1993 B-=100;B-n<0.7
+120 0470 120Ag -75652 4 1.52 s 0.07 4(+) 02 12Ba58tj 1971 B-=100;B-n<0.003
+120 0471W 120Agm -75650# 50# 0# 50# 940 ms 100 (0-,1-) 12Ba58tjd2012 B-=?;IT ?
+120 0472W 120Agn -75449 4 203.0 0.2 384 ms 22 7(-) 02 12Ba58ejd1971 IT=68 10;B-=32 5
+120 0480 120Cd -83957 4 50.80 s 0.21 0+ 02 1973 B-=100
+120 0490 120In -85730 40 * 3.08 s 0.08 1+ 02 1958 B-=100
+120 0491 120Inm -85680# 50# 50# 60# *& 46.2 s 0.8 (5)+ 02 13Ma15j 1960 B-=100
+120 0492W 120Inn -85430# 200# 300# 200# *& 47.3 s 0.5 8(-) 02 79Fo10j 1960 B-=100
+120 0500 120Sn -91098.4 0.9 stbl 0+ 02 1926 IS=32.58 9
+120 0501W 120Snm -88616.8 0.9 2481.63 0.06 11.8 us 0.5 7- 02 1960 IT=100
+120 0502W 120Snn -88196.2 0.9 2902.22 0.22 6.26 us 0.11 10+ 02 FGK128j 1987 IT=100
+120 0510 120Sb -88418 7 * 15.89 m 0.04 1+ 02 1937 B+=100
+120 0511W 120Sbm -88420# 100# 0# 100# * 5.76 d 0.02 8- 02 1958 B+=100
+120 0512W 120Sbn -88340 7 78.16 0.05 246 ns 2 (3+) 02 1976 IT=100
+120 0513W 120Sbp -86090 7 2328.3 0.6 400 ns 8 02 1983 IT=100
+120 0520 120Te -89368 3 stbl 0+ 02 1936 IS=0.09 1;2B+ ?
+120 0530 120I -83753 15 81.67 m 0.18 2- 02 06Ph01t 1957 B+=100
+120 0531W 120Ixm -83680 15 72.61 0.09 242 ns 5 3+ 02 11Mo27tj 1974 IT=100
+120 0532W 120Ixn -83433 21 320 15 53 m 4 (7-) 02 1967 B+=100
+120 0540 120Xe -82172 12 46.0 m 0.6 0+ 02 06Ph01t 1965 B+=100
+120 0550 120Cs -73889 10 * 60.4 s 0.6 2(+) 02 06Ph01t 1969 B+=100;B+A<2.0e-5 4;B+p<7e-6 3
+120 0551 120Csm -73790# 60# 100# 60# * 57 s 6 (7-) 02 75Ho09d 1977 B+=100;B+A<2.0e-5 4;B+p<7e-6 3
+120 0556 120Csx -73884 9 5 4 R<0.1 spmix
+120 0560 120Ba -68890 300 24 s 2 0+ 02 92Xu04t 1974 B+=100
+120 0570 120La -57570# 300# 2.8 s 0.2 02 1984 B+=100;B+p=?
+120 0580 120Ce -49600# 500# 250# ms 0+ B+ ?;B+p ?
+121 0430 121Tc -31780# 500# 22 ms 6 5/2+# 15 2015 B-=100;B-n=50#;B-2n=0.7#
+121 0440 121Ru -45050# 400# 29 ms 2 3/2+# 15 2010 B-=100;B-n=6#;B-2n=0#
+121 0450 121Rh -56250 620 76 ms 5 7/2+# 10 15Lo04t 1994 B-=100;B-n=7#
+121 0460 121Pd -66182 3 290 ms 1 3/2+# 10 15Lo04t 1994 B-=100;B-n<0.8
+121 0461W 121Pdm -66047 3 135.5 0.5 460 ns 90 11/2-# 10 12Ka36etd2007 IT=100;B- ?;B-n=0#
+121 0462W 121Pdn -66022 15 160 15 460 ns 90 12Ka36etd2007 IT=100;B- ?;B-n=0#
+121 0470 121Ag -74403 12 * 780 ms 20 7/2+# 10 1982 B-=100;B-n=0.080 13
+121 0471W 121Agm -74383# 23# 20# 20# * 200# ms 1/2-# B- ?;IT ?
+121 0480 121Cd -81073.8 1.9 13.5 s 0.3 3/2+ 10 13Yo02j 1965 B-=100
+121 0481W 121Cdm -80858.9 1.9 214.86 0.15 8.3 s 0.8 11/2- 10 13Yo02j 1982 B-=100
+121 0490 121In -85836 27 23.1 s 0.6 9/2+ 10 1960 B-=100
+121 0491W 121Inm -85522 27 313.68 0.07 3.88 m 0.10 1/2- 10 1974 B-=98.8 2;IT=1.2 2
+121 0492W 121Inn -83388 27 2448 1 17 us 2 (21/2-) 10Re01etj2010 IT=100
+121 0500 121Sn -89197.3 1.0 27.03 h 0.04 3/2+ 10 1948 B-=100
+121 0501W 121Snm -89191.0 1.0 6.31 0.06 43.9 y 0.5 11/2- 10 1962 IT=77.6 20;B-=22.4 20
+121 0502W 121Snn -87198.5 1.3 1998.8 0.9 5.3 us 0.5 (19/2+) 10 1995 IT=100
+121 0503W 121Snp -86976.2 1.1 2221.1 0.4 520 ns 50 (23/2+) 16Is03ejt2012 IT=100
+121 0504W 121Snq -86362.7 2.1 2834.6 1.8 167 ns 25 (27/2-) 10 1995 IT=100
+121 0510 121Sb -89600.3 2.6 stbl 5/2+ 10 1922 IS=57.21 5
+121 0511W 121Sbm -86859 12 2741 12 179 us 6 (25/2+) 10 09Wa02ej 2008 IT=100
+121 0520 121Te -88546 26 19.17 d 0.04 1/2+ 10 1939 B+=100
+121 0521W 121Tem -88252 26 293.974 0.022 164.2 d 0.8 11/2- 10 1940 IT=88.6 11;B+=11.4 11
+121 0530 121I -86251 5 2.12 h 0.01 5/2+ 10 1950 B+=100
+121 0531W 121Ixm -83874 5 2376.9 0.4 9.0 us 1.4 10 1982 IT=100
+121 0540 121Xe -82481 10 40.1 m 2.0 5/2(+) 10 1952 B+=100
+121 0550 121Cs -77102 14 155 s 4 3/2(+) 10 1969 B+=100
+121 0551W 121Csm -77034 14 68.5 0.3 122 s 3 9/2(+) 10 1981 B+=83;IT=17
+121 0556 121Csx -77056 16 46 8 R=2 1 spmix
+121 0560 121Ba -70740 140 29.7 s 1.5 5/2(+) 10 75Bo11d 1975 B+=100;B+p=0.02 1
+121 0570 121La -62190# 300# 5.3 s 0.2 11/2-# 10 1988 B+=100;B+p ?
+121 0580 121Ce -52690# 400# 1.1 s 0.1 (5/2)(+#) 10 1997 B+=100;B+p~1
+121 0590 121Pr -41420# 500# 12 ms 5 (3/2) 10 2005 p~100
+122 0440 122Ru -42150# 500# 25 ms 1 0+ 15 2010 B-=100;B-n=7#;B-2n=0#
+122 0450 122Rh -52080# 300# 51 ms 6 13 15Lo04td 1997 B-=100;B-n=10#;B-2n=0.01#
+122 0451W 122Rhm -51810# 300# 271.0 0.7 830 ns 120 13 12Ka36etd2012 IT=100
+122 0460 122Pd -64616 20 195 ms 5 0+ 14 15Lo04t 1994 B-=100;B-n<2.5
+122 0470 122Ag -71110 40 * 529 ms 13 (3+) 07 1978 B-=100;B-n=0.186 10
+122 0471W 122Agm -71030# 60# 80# 50# * 550 ms 50 (1-) 07 2000 B-=100;IT ?;B-n=0.2#
+122 0472W 122Agn -71030# 60# 80# 50# * 200 ms 50 (9-) 07 2000 B-=100;IT ?;B-n=0.2#
+122 0473W 122Agp -71030# 60# 80# 50# * 6.3 us 1.0 13La11t 2013 IT=100
+122 0480 122Cd -80612.4 2.3 5.24 s 0.03 0+ 07 1973 B-=100
+122 0490 122In -83570 50 * 1.5 s 0.3 1+ 07 1963 B-=100
+122 0491W 122Inm -83530# 80# 40# 60# * 10.3 s 0.6 5+ 07 1979 B-=100
+122 0492 122Inn -83290 130 290 140 BD 10.8 s 0.4 (8-) 07 1979 B-=100
+122 0500 122Sn -89941.3 2.4 stbl 0+ 07 1928 IS=4.63 3;2B- ?
+122 0501W 122Snm -87532.3 2.4 2409.03 0.04 7.5 us 0.9 7- 07 1979 IT=100
+122 0502W 122Snn -87175.7 2.6 2765.6 1.0 62 us 3 (10+) 07 1992 IT=100
+122 0503W 122Snp -85221.1 2.5 4720.2 0.5 146 ns 15 (15-) 12As05ejt2012 IT=100
+122 0510 122Sb -88335.4 2.6 2.7238 d 0.0002 2- 07 1939 B-=97.59 12;B+=2.41 12
+122 0511W 122Sbm -88274.0 2.6 61.4131 0.0005 1.86 us 0.08 3+ 07 1962 IT=100
+122 0512W 122Sbn -88197.9 2.6 137.4726 0.0008 530 us 30 (5)+ 07 1963 IT=100
+122 0513W 122Sbp -88171.8 2.6 163.5591 0.0017 4.191 m 0.003 (8)- 07 1947 IT=100
+122 0520 122Te -90314.5 1.5 stbl 0+ 07 1932 IS=2.55 12
+122 0530 122I -86080 5 3.63 m 0.06 1+ 07 12At01d 1950 e+=78 2;EC=22 2
+122 0531W 122Ixm -85765 5 314.9 0.4 190 ns 10 (7-) 07 12Mo.At 2004 IT=100
+122 0532W 122Ixn -85701 5 379.4 0.5 81 us 3 (7-) 07 12Mo.At 2004 IT=100
+122 0533W 122Ixp -85686 5 394.1 0.5 81 us 3 (8+) 07 12Mo.At 2004 IT=100
+122 0534W 122Ixq -85636 5 444.1 0.5 148 ns 5 (8-) 07 12Mo.At 2004 IT=100
+122 0540 122Xe -85355 11 20.1 h 0.1 0+ 07 1952 EC=100
+122 0550 122Cs -78140 30 21.18 s 0.19 1+ 07 75Ho09d 1969 B+=100;B+A<2e-7
+122 0551W 122Csm -78090 30 45.87 0.12 >1 us (3)+ 07 1987 IT=100
+122 0552 122Csn -78005 9 140 30 MD 3.70 m 0.11 8(-) 07 1969 B+=100
+122 0553W 122Csp -78010 30 127.07 0.16 360 ms 20 (5)- 07 1969 IT=100
+122 0556 122Csx -78130 30 14 7 R=0.1 .05 spmix
+122 0560 122Ba -74609 28 1.95 m 0.15 0+ 07 1974 B+=100
+122 0570 122La -64540# 300# 8.6 s 0.5 07 1984 B+=100;B+p=?
+122 0580 122Ce -57870# 400# 2# s 0+ 07 2005 B+ ?;B+p ?
+122 0590 122Pr -44780# 500# 500# ms B+ ?;B+p ?
+123 0440 123Ru -37080# 500# 19 ms 2 3/2+# 15 2010 B-=100;B-n=20#;B-2n=0.2#
+123 0450 123Rh -49360# 400# 42 ms 4 7/2+# 15 2010 B-=100;B-n=20#;B-2n=0#
+123 0460 123Pd -60430 790 108 ms 2 3/2+# 15 1994 B-=100;B-n=0.4#
+123 0470 123Ag -69550 30 * 300 ms 5 7/2+# 04 06Mo07d 1976 B-=100;B-n=1.0 5
+123 0471W 123Agm -69530# 40# 20# 20# * 100# ms 1/2-# B- ?;IT ?
+123 0472W 123Agn -68150# 60# 1400# 50# 202 ns 20 13La11etd2013 IT=100
+123 0473W 123Agp -68080 30 1473 2 393 ns 15 (17/2-) 13La11et 2009 IT=100
+123 0480 123Cd -77414.2 2.7 2.10 s 0.02 3/2+ 04 13Yo02j 1983 B-=100
+123 0481 123Cdm -77271 3 143 4 MD 1.82 s 0.03 11/2- 04 13Yo02j 1986 B-=?;IT ?
+123 0490 123In -83430 20 6.17 s 0.05 (9/2)+ 04 1960 B-=100
+123 0491W 123Inm -83103 20 327.21 0.04 47.4 s 0.4 (1/2)- 04 1960 B-=100
+123 0492W 123Inn -81352 20 2078.1 0.6 1.4 us 0.2 (17/2-) 04Sc42etj2004 IT=100
+123 0493W 123Inp -81300 50 2128.1 50.0 >100 us (21/2-) 10 10Re01ejt2010 IT=100
+123 0500 123Sn -87816.2 2.4 129.2 d 0.4 11/2- 04 1948 B-=100
+123 0501W 123Snm -87791.6 2.4 24.6 0.4 40.06 m 0.01 3/2+ 04 1948 B-=100
+123 0502W 123Snn -85871.2 2.6 1945.0 1.0 7.4 us 2.6 (19/2+) 04 1992 IT=100
+123 0503W 123Snp -85663.2 2.7 2153.0 1.2 6 us (23/2+) 04 1994 IT=100
+123 0504W 123Snq -85103.2 2.8 2713.0 1.4 34 us (27/2-) 04 1994 IT=100
+123 0510 123Sb -89224.1 1.5 stbl 7/2+ 04 1922 IS=42.79 5
+123 0511W 123Sbm -86986.3 1.5 2237.8 0.3 214 ns 3 19/2- 09Wa02etj2005 IT=100
+123 0512W 123Sbn -86610.7 1.6 2613.4 0.4 65 us 1 23/2+ 09Wa02etj2007 IT=100
+123 0520 123Te -89172.2 1.5 stbl >2Py 1/2+ 04 03Al02t 1932 IS=0.89 3;EC=100
+123 0521W 123Tem -88924.7 1.5 247.47 0.04 119.2 d 0.1 11/2- 04 1951 IT=100
+123 0530 123I -87944 4 13.2235 h 0.0019 5/2+ 04 1949 B+=100
+123 0540 123Xe -85249 10 2.08 h 0.02 1/2+ 04 90Ne.Aj 1952 B+=100
+123 0541W 123Xem -85064 10 185.18 0.11 5.49 us 0.26 7/2(-) 04 1981 IT=100
+123 0550 123Cs -81044 12 5.88 m 0.03 1/2+ 04 1954 B+=100
+123 0551W 123Csm -80888 12 156.27 0.05 1.64 s 0.12 (11/2)- 04 1972 IT=100
+123 0552W 123Csn -80792 23 252 20 114 ns 5 (9/2+) 04 GAu127e 2000 IT=100
+123 0556 123Csx -81037 13 7 4 R<0.1 spmix
+123 0560 123Ba -75655 12 2.7 m 0.4 5/2(+) 04 1962 B+=100
+123 0561W 123Bam -75534 12 120.95 0.08 830 ns 60 1/2+# 04 1991 IT=100
+123 0570 123La -68650# 200# 17 s 3 11/2-# 04 1978 B+=100
+123 0580 123Ce -60290# 300# 3.8 s 0.2 (5/2)(+#) 04 1984 B+=100;B+p=?
+123 0590 123Pr -50230# 400# 800# ms 3/2+# B+ ?;B+p ?
+124 0440 124Ru -33960# 600# 15 ms 3 0+ 15 2010 B-=100;B-n=10#;B-2n=0#
+124 0450 124Rh -44890# 400# 30 ms 2 15 2010 B-=100;B-n=20#;B-2n=0.3#
+124 0460 124Pd -58390# 300# 88 ms 15 0+ 14 15Lo04t 1997 B-=100;B-n=0.03#
+124 0461W 124Pdm -58330# 300# 62.2 1.6 >20 us 14 12Ka36et 2012 IT=100; B- ?
+124 0470 124Ag -66200 250 * 177.9 ms 2.6 (2-) 15 14Ba18j 1984 B-=100;B-n=1.3 9
+124 0471W 124Agm -66200# 270# 0# 100# * 144 ms 20 (8-) 15 14Ba18tj 1995 B-=100;B-n=1#
+124 0472W 124Agn -65970 250 231.1 0.7 1.7 us 0.3 15 12Ka36e 2012 IT=100
+124 0480 124Cd -76701.7 3.0 1.25 s 0.02 0+ 08 1974 B-=100
+124 0490 124In -80870 30 * 3.12 s 0.09 3+ 08 13Ma15j 1964 B-=100
+124 0491 124Inm -80890 50 -20 60 BD* 3.7 s 0.2 (8)(-#) 08 1974 B-~100;IT ?
+124 0500 124Sn -88234.2 1.0 stbl >100Py 0+ 08 52Ka41t 1922 IS=5.79 5;2B- ?
+124 0501W 124Snm -86029.6 1.0 2204.620 0.023 270 ns 60 5- 08 FGK127j 1979 IT=100
+124 0502W 124Snn -85909.2 1.0 2325.01 0.04 3.1 us 0.5 7- 08 FGK127j 1979 IT=100
+124 0503W 124Snp -85577.6 1.1 2656.6 0.5 45 us 5 10+ 08 FGK127j 1992 IT=100
+124 0504W 124Snq -83682.8 1.2 4551.4 0.7 260 ns 25 15- 12As05ejt2012 IT=100
+124 0510 124Sb -87620.2 1.5 60.20 d 0.03 3- 08 1939 B-=100
+124 0511W 124Sbm -87609.3 1.5 10.8627 0.0008 93 s 5 5+ 08 1947 IT=75 5;B-=25 5
+124 0512W 124Sbn -87583.4 1.5 36.8440 0.0014 20.2 m 0.2 (8)- 08 1947 IT=100[gs=0,m=100]
+124 0513W 124Sbp -87579.4 1.5 40.8038 0.0007 3.2 us 0.3 (3+,4+) 08 1989 IT=100
+124 0520 124Te -90525.3 1.5 stbl 0+ 08 1932 IS=4.74 14
+124 0530 124I -87365.7 2.4 4.1760 d 0.0003 2- 08 1938 B+=100
+124 0540 124Xe -87661.4 1.8 stbl >200Ty 0+ 08 1922 IS=0.0952 3;2B+ ?
+124 0550 124Cs -81731 8 30.9 s 0.4 1+ 08 1969 B+=100
+124 0551W 124Csm -81268 8 462.63 0.14 6.3 s 0.2 (7)+ 08 1983 IT=100
+124 0556 124Csx -81701 22 30 20 R= ? spmix
+124 0560 124Ba -79090 12 11.0 m 0.5 0+ 08 1967 B+=100
+124 0570 124La -70260 60 *& 29.21 s 0.17 (7-,8-) 08 92Id01j 1978 B+=100
+124 0571W 124Lam -70160# 120# 100# 100# *& 21 s 4 low(+#) 08 92Id01j 1992 B+=100
+124 0580 124Ce -64920# 300# 9.1 s 1.2 0+ 08 97As05t 1978 B+=100
+124 0590 124Pr -53150# 400# 1.2 s 0.2 08 1986 B+=100;B+p=?
+124 0600 124Nd -44530# 500# 500# ms 0+ B+ ?;B+p ?
+125 0450 125Rh -42000# 500# 26.5 ms 2.0 7/2+# 15 2010 B-=100;B-n=20#;B-2n=0.03#
+125 0460 125Pd -54120# 400# 57 ms 10 3/2+# 15 2008 B-=100 ?;B-n=6#
+125 0470 125Ag -64520 430 * 159 ms 8 7/2+# 15 1994 B-=100;B-n=5#
+125 0471W 125Agm -64500# 430# 20# 20# * 50# ms 1/2-# B- ?;IT ?
+125 0472W 125Agn -63640# 430# 880# 20# 80 ns 17 15 13La11et 2013 IT=100
+125 0473W 125Agp -63020 430 1501.2 0.6 491 ns 20 (17/2-) 15 2009 IT=100
+125 0480 125Cd -73348.1 2.9 680 ms 40 3/2+ 11 13Yo02j 1986 B-=100
+125 0481 125Cdm -73162 3 186 4 MD 480 ms 30 11/2- 11 13Yo02j 1986 B-=100
+125 0482W 125Cdn -71840 70 1512 70 19 us 3 (19/2+) 11Si32ejt2011 IT=100
+125 0490 125In -80477 27 2.36 s 0.04 9/2+ 11 1967 B-=100
+125 0491W 125Inm -80117 27 360.12 0.09 12.2 s 0.2 1/2(-) 11 1974 B-=100
+125 0492W 125Inn -78468 27 2009.4 0.7 9.4 us 0.6 (19/2+) 11 1998 IT=100
+125 0493W 125Inp -78316 27 2161.2 0.9 5.0 ms 1.5 (23/2-) 11 1998 IT=100
+125 0500 125Sn -85896.4 1.0 9.64 d 0.03 11/2- 11 1939 B-=100
+125 0501W 125Snm -85868.9 1.0 27.50 0.14 9.52 m 0.05 3/2+ 11 1939 B-=100
+125 0502W 125Snn -84003.6 1.0 1892.8 0.3 6.2 us 0.2 19/2+ 11 08Lo07j 2000 IT=100
+125 0503W 125Snp -83836.9 1.1 2059.5 0.4 650 ns 60 23/2+ 11 16Is03t 2008 IT=100
+125 0504W 125Snq -83272.9 1.1 2623.5 0.5 230 ns 17 (27/2-) 11 08Lo07t 2000 IT=100
+125 0510 125Sb -88256.3 2.6 2.7586 y 0.0003 7/2+ 11 1951 B-=100
+125 0511W 125Sbm -86285.1 2.6 1971.25 0.20 4.1 us 0.2 15/2- 11 2007 IT=100
+125 0512W 125Sbn -86144.2 2.6 2112.1 0.3 28.0 us 0.7 19/2- 11 FGK128j 2007 IT=100
+125 0514W 125Sbq -85785.3 2.6 2471.0 0.4 272 ns 16 (23/2)+ 11 2007 IT=100
+125 0520 125Te -89023.0 1.5 stbl 1/2+ 11 1931 IS=7.07 15
+125 0521W 125Tem -88878.2 1.5 144.775 0.008 57.40 d 0.15 11/2- 11 1949 IT=100
+125 0530 125I -88837.2 1.5 59.407 d 0.010 5/2+ 11 1947 EC=100
+125 0540 125Xe -87193.4 1.8 16.9 h 0.2 1/2(+) 11 1950 B+=100
+125 0541W 125Xem -86940.8 1.8 252.61 0.14 56.9 s 0.9 9/2(-) 11 1954 IT=100
+125 0542W 125Xen -86897.5 1.8 295.89 0.15 140 ns 30 7/2(+) 11 1979 IT=100
+125 0550 125Cs -84088 8 46.7 m 0.1 1/2(+) 11 1954 B+=100
+125 0551W 125Csm -83822 8 266.1 1.1 900 us 30 (11/2-) 11 98Su16j 1998 IT=100
+125 0560 125Ba -79669 11 3.3 m 0.3 1/2(+#) 11 1968 B+=100
+125 0561W 125Bam -79559 23 110 20 2.76 us 0.14 (7/2-) 11 FGK128j 1989 IT=100
+125 0570 125La -73759 26 64.8 s 1.2 11/2-# 11 1973 B+=100
+125 0571W 125Lam -73652 26 107.00 0.10 390 ms 40 (3/2+) 11 99Ca21j 1998 IT=100
+125 0580 125Ce -66660# 200# 9.7 s 0.3 (7/2-) 11 02Pe15j 1978 B+=100;B+p=?
+125 0581W 125Cem -66570# 200# 93.6 0.4 13 s 10 (1/2+) 11 07Su07etj2007 IT=100
+125 0590 125Pr -57940# 300# 3.3 s 0.7 3/2+# 11 2002 B+=100;B+p ?
+125 0600 125Nd -47600# 400# 650 ms 150 (5/2)(+#) 11 1999 B+=100;B+p>0
+126 0450 126Rh -37300# 500# 19 ms 3 15 2010 B-=100;B-n=30#;B-2n=0.2#
+126 0460 126Pd -51860# 400# 48.6 ms 1.2 0+ 15 2008 B-=100;B-n=0.4#
+126 0461W 126Pdm -49840# 400# 2023.5 0.7 330 ns 40 (5-) 15 2013 IT=100
+126 0462W 126Pdn -49750# 400# 2109.7 0.9 440 ns 30 (7-) 15 2013 IT=100
+126 0463W 126Pdp -49450# 400# 2406.0 1.0 23.0 ns 0.9 (10+) 15 2014 IT=?;B ?
+126 0470 126Ag -60680# 200# 99.3 ms 4.6 2+# 15 15Lo04t 1994 B-=100;B-n=6#
+126 0471W 126Agm -60580# 220# 100# 100# 92 ms 9 8-# 15 1995 B-=100;IT ?;B-n=6#
+126 0472W 126Agn -60430# 200# 254.8 0.5 27 us 6 1-# 15 2012 IT=100
+126 0480 126Cd -72256.8 2.5 513 ms 6 0+ 03 15Lo04t 1978 B-=100
+126 0490 126In -77773 27 * 1.53 s 0.01 3(+#) 03 1974 B-=100
+126 0491 126Inm -77710 50 70 60 BD* 1.64 s 0.05 8(-#) 03 79Fo10j 1970 B-=100
+126 0492W 126Inn -77530 27 243.3 0.2 22 us 2 1(-) 04Sc42etj2003 IT=100
+126 0500 126Sn -86015 10 230 ky 14 0+ 03 1962 B-=100
+126 0501W 126Snm -83796 10 2218.99 0.08 5.8 us 0.7 7- 03 12As05t 1979 IT=100
+126 0502W 126Snn -83451 10 2564.5 0.5 7.6 us 0.3 10+ 03 12As05tj 2000 IT=100
+126 0503W 126Snp -81669 10 4345.7 0.8 160 ns 20 15- 12As05ejt2012 IT=100
+126 0510 126Sb -86390 30 12.35 d 0.06 (8-) 03 1956 B-=100
+126 0511W 126Sbm -86370 30 17.7 0.3 19.15 m 0.08 (5+) 03 1956 B-=86 4;IT=14 4
+126 0512W 126Sbn -86350 30 40.4 0.3 ~11 s (3-) 03 1976 IT=100[gs=0,m=100]
+126 0513W 126Sbp -86290 30 104.6 0.3 553 ns 5 (3+) 03 1976 IT=100
+126 0520 126Te -90065.3 1.5 stbl 0+ 03 1924 IS=18.84 25
+126 0530 126I -87911 4 12.93 d 0.05 2- 03 1938 B+=52.7 5;B-=47.3 5
+126 0531W 126Ixm -87800 4 111.00 0.23 128 ns 3+ 12Mo.Aejt2012 IT=100
+126 0540 126Xe -89147 3 stbl 0+ 03 1922 IS=0.0890 2;2B+ ?
+126 0550 126Cs -84351 10 1.64 m 0.02 1+ 03 1954 B+=100
+126 0551W 126Csm -84078 10 273.0 0.7 >1 us 03 1993 IT=100
+126 0552W 126Csn -83755 10 596.1 1.1 171 us 14 03 1993 IT=100
+126 0560 126Ba -82670 12 100 m 2 0+ 03 1954 B+=100
+126 0570 126La -74970 90 * 54 s 2 (5)(+#) 03 1961 B+=100
+126 0571 126Lam -74760 400 210 410 BD* 20 s 20 (0-,1-,2-) 03 1997 B+=100
+126 0580 126Ce -70821 28 51.0 s 0.3 0+ 03 1978 B+=100
+126 0590 126Pr -60320# 200# 3.12 s 0.18 (4,5,6) 03 88Ba42t 1983 B+=100;B+p=?
+126 0600 126Nd -52990# 300# 1# s >200ns 0+ 03 00So11i 2000 B+ ?;B+p ?
+126 0610 126Pm -39350# 500# 500# ms B+ ?;B+p ?
+127 0450 127Rh -34030# 600# 28 ms 14 7/2+# 15 15Lo04td 2015 B-=100;B-n=30#;B-2n=0.2#
+127 0460 127Pd -47180# 500# 38 ms 2 3/2+# 15 2010 B-=100;B-n=10#;B-2n=0#
+127 0470 127Ag -58440# 200# 89 ms 2 7/2+# 11 15Lo04t 1995 B-=100;B-n=7#
+127 0471W 127Agm -58420# 200# 20# 20# * 20# ms 1/2-# B- ?;IT ?
+127 0480 127Cd -68747 12 330 ms 20 3/2+ 11 13Yo02j 1986 B-=100;B-n=0.03#
+127 0481 127Cdm -68472 8 276 15 MD 200# ms 11/2- 13Yo02j B- ?;IT ?
+127 0482W 127Cdn -66930 30 1813 32 17.5 us 0.3 (19/2+) 10Na17etj2010 IT=100
+127 0490 127In -76896 21 1.09 s 0.01 (9/2+) 11 1975 B-=100;B-n<0.03
+127 0491W 127Inm -76487 21 408.9 0.3 3.67 s 0.04 1/2-# 11 1974 B-=100;B-n=0.69 4
+127 0492 127Inn -75030 60 1870 60 BD 1.04 s 0.10 (21/2-) 11 2004 B-=100;B-n=1#
+127 0493W 127Inp -74531 21 2364.7 0.9 9 us 2 (29/2+) 11 04Sc42etj2004 IT=100
+127 0500 127Sn -83471 10 2.10 h 0.04 11/2- 11 1951 B-=100
+127 0501W 127Snm -83466 10 5.07 0.06 4.13 m 0.03 3/2+ 11 1962 B-=100
+127 0502W 127Snn -81644 10 1826.67 0.16 4.52 us 0.15 19/2+ 11 08Lo07j 2000 IT=100
+127 0503W 127Snp -81540 10 1930.97 0.17 1.26 us 0.15 (23/2+) 11 2004 IT=100
+127 0504W 127Snq -80919 10 2552.4 1.0 250 ns 30 (27/2-) 11 08Lo07j 2008 IT=100
+127 0510 127Sb -86699 5 3.85 d 0.05 7/2+ 11 1939 B-=100
+127 0511W 127Sbm -84779 5 1920.19 0.21 11 us 1 15/2- 11 09Wa24j 1974 IT=100
+127 0512W 127Sbn -84374 5 2324.7 0.4 234 ns 12 23/2+ 11 09Wa24tj 2005 IT=100
+127 0520 127Te -88281.7 1.5 9.35 h 0.07 3/2+ 11 1938 B-=100
+127 0521W 127Tem -88193.5 1.5 88.23 0.07 106.1 d 0.7 11/2- 11 1940 IT=97.6 2;B-=2.4 2
+127 0530 127I -88984 4 stbl 5/2+ 11 1920 IS=100.
+127 0540 127Xe -88322 4 36.346 d 0.003 1/2+ 11 1950 EC=100
+127 0541W 127Xem -88025 4 297.10 0.08 69.2 s 0.9 9/2- 11 1940 IT=100
+127 0550 127Cs -86240 6 6.25 h 0.10 1/2+ 11 1950 B+=100
+127 0551W 127Csm -85788 6 452.23 0.21 55 us 3 (11/2)- 11 1980 IT=100
+127 0560 127Ba -82818 11 12.7 m 0.4 1/2+ 11 1952 B+=100
+127 0561W 127Bam -82738 11 80.32 0.11 1.93 s 0.07 7/2- 11 1992 IT=100
+127 0570 127La -77896 26 5.1 m 0.1 (11/2-) 11 1963 B+=100
+127 0571W 127Lam -77882 26 14.2 0.4 3.7 m 0.4 (3/2+) 11 1963 B+~100
+127 0580 127Ce -71979 29 34 s 2 (1/2+) 11 1978 B+=100
+127 0581W 127Cem -71972 29 7.3 1.1 28.6 s 0.7 5/2+# 11 1978 B+=100
+127 0582W 127Cen -71942 29 36.8 1.2 >10 us (7/2-) 11 1995 IT=100
+127 0590 127Pr -64540# 200# 4.2 s 0.3 3/2+# 11 1995 B+=100
+127 0591W 127Prm -63940# 280# 600# 200# 50# ms 11/2- 11 98Mo30j 1998 B+ ?;IT ?
+127 0600 127Nd -55540# 300# 1.8 s 0.4 5/2+# 11 1983 B+=100;B+p=?
+127 0610 127Pm -44790# 400# 1# s 5/2+# B+ ?;p ?
+128 0460 128Pd -44490# 500# 35 ms 3 0+ 16 2010 B-=100;B-n=20#
+128 0461W 128Pdm -42340# 500# 2151.0 1.0 5.8 us 0.8 (8+) 16 2013 IT=100
+128 0470 128Ag -54620# 300# 59 ms 5 15 15Lo04t 2000 B-=100;B-n=8#;B-2n=0.01#
+128 0480 128Cd -67242 7 246 ms 2 0+ 15 16Du13t 1986 B-=100;B-n=0.7#
+128 0481W 128Cdm -65372 7 1870.5 0.3 270 ns 7 (5-) 15 2009 IT=100
+128 0482W 128Cdn -64527 7 2714.6 0.4 3.56 us 0.06 (10+) 15 2009 IT=100
+128 0483W 128Cdp -62955 7 4286.6 1.5 6.3 ms 0.8 (15-) 16Ju.Aetj2016 IT=100
+128 0490 128In -74150 150 816 ms 27 (3)+ 15 93Ru01d 1975 B-=100;B-n=0.038 3
+128 0491 128Inm -74060 30 80 160 BD 720 ms 100 (8-) 15 1986 B-=100
+128 0492W 128Inn -73900 150 247.87 0.10 23 us 2 (1)- 15 04Sc42j 1988 IT=100
+128 0500 128Sn -83362 18 59.07 m 0.14 0+ 15 1956 B-=100
+128 0501W 128Snm -81271 18 2091.50 0.11 6.5 s 0.5 (7-) 15 1979 IT=100
+128 0502W 128Snn -80870 18 2491.91 0.17 2.91 us 0.14 (10+) 15 1981 IT=100
+128 0503W 128Snp -79263 18 4099.5 0.4 220 ns 30 (15-) 15 2011 IT=100
+128 0510 128Sb -84630 19 * 9.05 h 0.04 8- 15 1956 B-=100
+128 0511 128Sbm -84620 18 10 7 IT* 10.41 m 0.18 5+ 15 1955 B-=96.4 10;IT=3.6 10
+128 0520 128Te -88993.7 0.9 2.0 Yy 0.3 0+ 15 15Ba11t 1924 IS=31.74 8;2B-=100
+128 0521W 128Tem -86202.9 0.9 2790.8 0.3 363 ns 27 (10+) 15 04Va03t 1998 IT=100
+128 0530 128I -87739 4 24.99 m 0.02 1+ 15 1934 B-=93.1 8;B+=6.9 8
+128 0531W 128Ixm -87601 4 137.851 0.003 845 ns 20 4- 15 1982 IT=100
+128 0532W 128Ixn -87572 4 167.368 0.004 175 ns 15 (6)- 15 1991 IT=100
+128 0540 128Xe -89860.3 1.1 stbl 0+ 15 1922 IS=1.9102 8
+128 0541W 128Xem -87073.1 1.1 2787.2 0.3 83 ns 2 8- 15 1981 IT=100
+128 0550 128Cs -85932 5 3.640 m 0.014 1+ 15 93Al03t 1951 B+=100
+128 0560 128Ba -85378 5 2.43 d 0.05 0+ 15 1950 EC=100
+128 0570 128La -78630 50 * 5.18 m 0.14 (5+) 15 97Ha30t 1961 B+=100
+128 0571W 128Lam -78530# 110# 100# 100# * <1.4 m (1+,2-) 15 1995 B+=100
+128 0580 128Ce -75534 28 3.93 m 0.02 0+ 15 00Li08t 1968 B+=100
+128 0590 128Pr -66331 30 2.85 s 0.09 (3+) 15 99Xi03j 1985 B+=100;B+p=?
+128 0600 128Nd -60310# 200# 5# s 0+ 15 1985 B+ ?
+128 0610 128Pm -47790# 300# 1.0 s 0.3 (5,6,7)(+#) 15 93Li40d 1999 B+~100;B+p ?;p=0
+128 0620 128Sm -38670# 500# 500# ms 0+ B+ ?;B+p ?
+129 0460 129Pd -37610# 600# 31 ms 7 7/2-# 15 2015 B-=100;B-n=90#;B-2n=2#
+129 0470 129Ag -51980# 400# * 49.9 ms 3.5 7/2+# 14 15Lo04t 2000 B-=100;B-n=10#
+129 0471W 129Agm -51960# 400# 20# 20# * 10# ms 1/2-# 14 B- ?;B-n=10#
+129 0480 129Cd -63058 17 *& 151.5 ms 5.7 3/2+ 14 16Du13t 1986 B-=100;B-n=0.1#
+129 0481W 129Cdm -62910# 150# 150# 150# *& 147 ms 3 11/2- 14 16Du13t 2003 B-=100;B-n=0.1#
+129 0482W 129Cdn -60970# 150# 2090# 150# 3.6 ms 0.2 (21/2+) 14 14Ta29tj 2014 IT=100
+129 0490 129In -72837.7 2.7 570 ms 10 (9/2+) 14 15Lo04t 1975 B-=100;B-n=0.23 7
+129 0491 129Inm -72380 3 458 4 MD 1.23 s 0.03 (1/2-) 14 04Ga24j 1976 B-~100;IT<0.3;B-n=3.6 4
+129 0492W 129Inn -71149.7 2.7 1687.97 0.25 11.2 us 0.2 (17/2-) 14 14Ta.At 2003 IT=100
+129 0493 129Inp -71180 50 1660 50 BD 670 ms 100 (23/2-) 14 04Ga24etj2004 B-~100;IT ?
+129 0494W 129Inq -70920 50 1921 50 110 ms 15 (29/2+) 14 2004 IT~100;B- ?
+129 0500 129Sn -80591 17 2.23 m 0.04 3/2+ 14 1962 B-=100
+129 0501W 129Snm -80556 17 35.15 0.05 6.9 m 0.1 11/2- 14 1962 B-~100;IT<0.002
+129 0502W 129Snn -78829 17 1761.6 1.0 3.49 us 0.11 (19/2+) 14 08Lo07t 2000 IT=100
+129 0503W 129Snp -78788 17 1802.6 1.0 2.22 us 0.13 23/2+ 14 08Lo07tj 2000 IT=100
+129 0504W 129Snq -78038 17 2552.9 1.1 221 ns 18 (27/2-) 14 08Lo07j 2008 IT=100
+129 0510 129Sb -84629 21 4.366 h 0.026 7/2+ 14 1939 B-=100
+129 0511W 129Sbm -82778 21 1851.31 0.06 17.7 m 0.1 (19/2-) 14 1982 B-=85;IT=15
+129 0512W 129Sbn -82768 21 1861.06 0.05 2.2 us 0.2 (15/2-) 14 1987 IT=100
+129 0513W 129Sbp -82490 21 2139.4 0.3 1.1 us 0.1 (23/2+) 14 2003 IT=100
+129 0520 129Te -87004.8 0.9 69.6 m 0.3 3/2+ 14 1939 B-=100
+129 0521W 129Tem -86899.3 0.9 105.51 0.03 33.6 d 0.1 11/2- 14 1940 IT=64 7;B-=36 7
+129 0530 129I -88507 3 15.7 My 0.4 7/2+ 14 1951 B-=100
+129 0540 129Xe -88696.059 0.005 stbl 1/2+ 14 1920 IS=26.4006 82
+129 0541W 129Xem -88459.92 0.03 236.14 0.03 8.88 d 0.02 11/2- 14 1951 IT=100
+129 0550 129Cs -87499 5 32.06 h 0.06 1/2+ 14 1950 B+=100
+129 0551W 129Csm -86924 5 575.40 0.14 718 ns 21 (11/2-) 14 1977 IT=100
+129 0560 129Ba -85063 11 2.23 h 0.11 1/2+ 14 1950 B+=100
+129 0561W 129Bam -85055 11 8.42 0.06 2.135 h 0.010 7/2+ 14 1950 B+~100;IT=?
+129 0570 129La -81325 21 11.6 m 0.2 (3/2+) 14 1963 B+=100
+129 0571W 129Lam -81153 21 172.33 0.20 560 ms 50 (11/2-) 14 1969 IT=100
+129 0580 129Ce -76287 28 3.5 m 0.3 (5/2+) 14 1977 B+=100
+129 0590 129Pr -69774 30 30 s 4 (3/2+) 14 96Gi08j 1977 B+=100
+129 0591W 129Prm -69390 30 382.57 0.24 1# ms (11/2-) 14 1997 IT=100
+129 0600 129Nd -62320# 200# 6.8 s 0.6 5/2+# 14 10Xu12t 1977 B+=100;B+p=?
+129 0601W 129Ndm -62270# 220# 50# 100# 2.6 s 0.4 1/2+# 14 2010 B+=100;B+p=?
+129 0610 129Pm -52880# 300# 2.4 s 0.9 (5/2-) 14 2004 B+=100;B+p ?;p ?
+129 0620 129Sm -42000# 500# 550 ms 100 (3/2+,1/2+) 14 1999 B+=100;B+p=?
+130 0470 130Ag -45700# 500# 40.6 ms 4.5 15 15Lo04t 2000 B-=100;B-n=90#;B-2n=2#
+130 0480 130Cd -61118 22 126.8 ms 1.8 0+ 08 16Du13t 1986 B-=100;B-n=3.5 10
+130 0481W 130Cdm -58988 22 2129.6 1.0 240 ns 16 (8+) 08 12Ka36et 2007 IT=100
+130 0490 130In -69880 40 * 284 ms 10 1(-) 08 15Lo04t 1973 B-=100;B-n=0.93 13
+130 0491 130Inm -69830 40 50 50 BD* 540 ms 10 8-# 08 1973 B-=100;B-n=1.65 15
+130 0492 130Inn -69480 50 400 60 BD 540 ms 10 (5+) 08 1986 B-=100;B-n=1.65 15
+130 0493W 130Inp -69490 40 388.3 0.2 5.3 us 0.4 (3+) 08 12Ka36t 2003 IT=100
+130 0500 130Sn -80132.2 1.9 3.72 m 0.07 0+ 01 1972 B-=100
+130 0501W 130Snm -78185.3 1.9 1946.88 0.10 1.7 m 0.1 7- 01 05Le34j 1974 B-=100
+130 0502W 130Snn -77697.4 1.9 2434.79 0.12 1.501 us 0.017 (10+) 01 11Pi05t 1981 IT=100
+130 0510 130Sb -82286 14 39.5 m 0.8 (8-) 01 02Ge07j 1962 B-=100
+130 0511W 130Sbm -82281 14 4.80 0.20 6.3 m 0.2 (4,5)+ 01 1962 B-=100
+130 0512W 130Sbn -82201 14 84.67 0.04 800 ns 100 6- 01 02Ge07tj 2002 IT=100
+130 0513W 130Sbp -80741 14 1544.7 0.5 1.8 us 0.2 (13+) 02Ge07etj2002 IT=100
+130 0520 130Te -87352.949 0.011 690 Ey 130 0+ 01 15Ba11t 1924 IS=34.08 62;2B-=100
+130 0521W 130Tem -85206.54 0.04 2146.41 0.04 186 ns 11 7- 01 04Va03t 1972 IT=100
+130 0522W 130Ten -84685.7 0.8 2667.2 0.8 1.90 us 0.08 (10+) 01 04Br19e 1998 IT=100
+130 0523W 130Tep -82977.5 1.8 4375.4 1.8 261 ns 33 01 1998 IT=100
+130 0530 130I -86936 3 12.36 h 0.01 5+ 01 1938 B-=100
+130 0531W 130Ixm -86896 3 39.9525 0.0013 8.84 m 0.06 2+ 01 1966 IT=84 2;B-=16 2
+130 0532W 130Ixn -86866 3 69.5865 0.0007 133 ns 7 (6)- 01 1989 IT=100
+130 0533W 130Ixp -86854 3 82.3960 0.0019 315 ns 15 (8)- 01 1989 IT=100
+130 0534W 130Ixq -86851 3 85.1099 0.0010 254 ns 4 (6)- 01 1975 IT=100
+130 0540 130Xe -89880.463 0.009 stbl 0+ 01 1922 IS=4.0710 13
+130 0550 130Cs -86900 8 29.21 m 0.04 1+ 01 1952 B+=98.4;B-=1.6
+130 0551W 130Csm -86737 8 163.25 0.11 3.46 m 0.06 5- 01 1977 IT~100;B+=0.16 2
+130 0556 130Csx -86873 17 27 15 R=.2~~~.1 fsmix
+130 0560 130Ba -87261.5 2.6 stbl ~1Zy 0+ 01 15Ba11t 1936 IS=0.106 1;2B+ ?
+130 0561W 130Bam -84786.4 2.6 2475.12 0.18 9.54 ms 0.14 8- 01 02Mo31t 1969 IT=100
+130 0570 130La -81627 26 8.7 m 0.1 3(+) 01 1961 B+=100
+130 0571W 130Lam -81413 26 214.0 0.5 760 ns 90 (5+) 14Io01etj2012 IT=100
+130 0572W 130Lan -81308 26 319.1 0.5 33 ns 1 (6+) 14Io01etj2014 IT=100
+130 0580 130Ce -79423 28 22.9 m 0.5 0+ 01 1965 B+=100
+130 0581W 130Cem -76969 28 2453.6 0.3 100 ns 8 (7-) 01 1999 IT=100
+130 0590 130Pr -71180 60 40.0 s 0.4 (6,7)(+#) 01 88Ba42j 1977 B+=100
+130 0591W 130Prm -71080# 120# 100# 100# 10# s 2+# 01 88Ba42j 1988 B+ ?
+130 0600 130Nd -66596 28 21 s 3 0+ 01 01Gi17t 1977 B+=100
+130 0610 130Pm -55400# 200# 2.6 s 0.2 (5+,6+,4+) 01 99Xi03j 1985 B+=100;B+p=?
+130 0620 130Sm -47510# 400# 1# s 0+ 01 1999 B+ ?
+130 0630 130Eu -33680# 500# 1.0 ms 0.4 (1+) 08 2004 p~100;B+=1#;B+p ?
+131 0470 131Ag -40380# 500# 35 ms 8 7/2+# 15 2013 B-=100;B-n=90#;B-2n=10
+131 0480 131Cd -55220 100 98 ms 2 7/2-# 06 15Lo04t 2000 B-=100;B-n=3.5 10;B-2n=0#
+131 0490 131In -68025.0 2.7 261 ms 3 (9/2+) 06 15Lo04t 1976 B-=100;B-n=2.2 3
+131 0491 131Inm -67660 7 365 8 MD 350 ms 50 (1/2-) 06 1984 B-~100;B-n<2.0 3;IT<0.018
+131 0492 131Inn -64280 90 3750 90 BD 320 ms 60 (21/2+) 06 1984 B->99;B-n=0.028 5;IT<1
+131 0493W 131Inp -64241.4 2.7 3783.6 0.5 669 ns 34 (17/2+) 09Go40tj 2009 IT=100
+131 0500 131Sn -77265 4 56.0 s 0.5 3/2+ 06 05Le34j 1963 B-=100
+131 0501W 131Snm -77200 4 65.1 0.3 58.4 s 0.5 11/2- 06 04Fo06e 1977 B-=100;IT<0.0004#
+131 0502W 131Snn -72595 4 4670.0 0.3 304 ns 15 (23/2-) 06 12Ka36t 2001 IT=100
+131 0510 131Sb -81981.4 2.1 23.03 m 0.04 (7/2+) 06 1956 B-=100
+131 0511W 131Sbm -80305.3 2.1 1676.06 0.06 91 us 4 15/2-# 06 1969 IT=100
+131 0512W 131Sbn -80294.2 2.3 1687.2 0.9 4.3 us 0.8 (19/2-) 06 2000 IT=100
+131 0513W 131Sbp -79815.8 2.6 2165.6 1.5 1.1 us 0.2 (23/2+) 06 2000 IT=100
+131 0520 131Te -85211.01 0.06 25.0 m 0.1 3/2+ 06 1939 B-=100
+131 0521W 131Tem -85028.75 0.06 182.258 0.018 32.48 h 0.11 11/2- 06 08Ea01t 1940 B-=74.1 5;IT=25.9 5
+131 0522W 131Ten -83271.0 0.4 1940.0 0.4 93 ms 12 (23/2+) 06 1998 IT=100
+131 0530 131I -87442.7 0.6 8.0252 d 0.0006 7/2+ 06 1939 B-=100
+131 0531W 131Ixm -85524.3 0.7 1918.4 0.42 24 us 1 19/2- 09Wa11ejt2009 IT=100
+131 0540 131Xe -88413.558 0.009 stbl 3/2+ 06 1920 IS=21.2324 30
+131 0541W 131Xem -88249.628 0.012 163.930 0.008 11.84 d 0.04 11/2- 06 1966 IT=100
+131 0550 131Cs -88059 5 9.689 d 0.016 5/2+ 06 1947 EC=100
+131 0560 131Ba -86683.7 2.6 11.52 d 0.01 1/2+ 06 12Da04t 1947 B+=100
+131 0561W 131Bam -86495.7 2.6 187.995 0.009 14.26 m 0.09 9/2- 06 12Da04t 1963 IT=100
+131 0570 131La -83769 28 59 m 2 3/2+ 06 1951 B+=100
+131 0571W 131Lam -83464 28 304.60 0.24 170 us 7 11/2- 06 1966 IT=100
+131 0580 131Ce -79710 30 10.3 m 0.3 7/2+ 06 1966 B+=100
+131 0581W 131Cem -79650 30 63.09 0.09 5.4 m 0.4 (1/2+) 06 96Gi08e 1966 B+=100
+131 0590 131Pr -74300 50 1.50 m 0.03 3/2+# 06 96Gi08t 1977 B+=100
+131 0591W 131Prm -74150 50 152.4 0.3 5.73 s 0.20 (11/2-) 06 1996 IT=96.4 12;B+=3.6 12
+131 0600 131Nd -67768 28 25.4 s 0.9 (5/2)(+#) 06 1977 B+=100;B+p=?
+131 0610 131Pm -59660# 200# 6.3 s 0.8 (11/2-) 06 99Ga41t 1998 B+=100
+131 0620 131Sm -50130# 400# 1.2 s 0.2 5/2+# 06 1986 B+=100;B+p=?
+131 0630 131Eu -39270# 400# 17.8 ms 1.9 3/2+ 06 1998 p=89 9;B+ ?;B+p ?
+132 0470 132Ag -33790# 500# 30 ms 14 15 15Lo04td 2015 B-=100;B-n=0#;B-2n=90#
+132 0480 132Cd -50260# 200# 82 ms 4 0+ 05 15Lo04t 2000 B-=100;B-n=60 15;B-2n=0.2#
+132 0490 132In -62410 60 198 ms 2 (7-) 05 15Lo04t 1973 B-=100;B-n=6.3 9;B-2n=0#
+132 0500 132Sn -76546.5 2.0 39.7 s 0.8 0+ 05 1963 B-=100
+132 0501W 132Snm -71698.0 2.0 4848.52 0.20 2.079 us 0.016 (8+) 05 12Ka36t 1986 IT=100
+132 0510 132Sb -79635.3 2.5 2.79 m 0.07 (4)+ 05 1956 B-=100
+132 0511W 132Sbm -79440 30 200 30 4.10 m 0.05 (8-) 05 89St06e 1956 B-=100
+132 0512W 132Sbn -79380.8 2.5 254.5 0.3 102 ns 4 (6-) 05 1974 IT=100
+132 0520 132Te -85188 3 3.204 d 0.013 0+ 05 1948 B-=100
+132 0521W 132Tem -83413 3 1774.80 0.09 145 ns 8 6+ 05 1973 IT=100
+132 0522W 132Ten -83263 3 1925.47 0.09 28.1 us 1.5 7- 05 FGK128j 1979 IT=100
+132 0523W 132Tep -82465 3 2723.3 0.8 3.70 us 0.09 (10+) 05 1979 IT=100
+132 0530 132I -85703 4 2.295 h 0.013 4+ 05 1948 B-=100
+132 0531 132Ixm -85594 10 110 11 BD 1.387 h 0.015 (8-) 05 1973 IT=86 2;B-=14 2
+132 0540 132Xe -89278.962 0.005 stbl 0+ 05 1920 IS=26.9086 33
+132 0541W 132Xem -86526.75 0.17 2752.21 0.17 8.39 ms 0.11 (10+) 05 1976 IT=100
+132 0550 132Cs -87152.7 1.0 6.480 d 0.006 2+ 05 1953 B+=98.13 9;B-=1.87 9
+132 0560 132Ba -88435.0 1.1 stbl >300Ey 0+ 05 96Ba24t 1936 IS=0.101 1;2B+ ?
+132 0570 132La -83720 40 4.8 h 0.2 2- 05 1951 B+=100
+132 0571W 132Lam -83530 40 188.20 0.11 24.3 m 0.5 6- 05 1969 IT=76;B+=24
+132 0580 132Ce -82471 20 3.51 h 0.11 0+ 05 1960 B+=100
+132 0581W 132Cem -80130 20 2341.15 0.21 9.4 ms 0.3 8- 05 09Pe31j 1969 IT=100
+132 0590 132Pr -75227 29 * 1.49 m 0.11 (2+) 05 94Bu18tj 1974 B+=100
+132 0591W 132Prm -75200# 40# 30# 30# * 1# s (5+) 05 90Ko25j 1990 B+ ?
+132 0592W 132Prn -74980# 40# 250# 30# 2.46 us 0.04 (8+) 12Ta18tjd2012 IT=100
+132 0593W 132Prp -74960# 100# 270# 100# 486 ns 70 (8-) 12Ta18tjd2012 IT=100
+132 0600 132Nd -71426 24 1.56 m 0.10 0+ 05 95Bu11t 1977 B+=100
+132 0610 132Pm -61630# 150# 6.2 s 0.6 (3+) 05 1977 B+=100;B+p~5e-5
+132 0620 132Sm -55080# 300# 4.0 s 0.3 0+ 05 1989 B+=100;B+p ?
+132 0630 132Eu -42200# 400# 100# ms 05 93Li40d B+ ?;B+p ?;p=0
+133 0480 133Cd -43920# 300# 61 ms 6 7/2-# 11 15Lo04t 2010 B-=100;B-n=0.5#;B-2n=90#
+133 0490 133In -57460# 200# 165 ms 3 (9/2+) 11 96Ho16j 1996 B-=100;B-n=85 10;B-2n=0.4#
+133 0491W 133Inm -57130# 200# 330# 40# 180# ms (1/2-) 11 96Ho16j 1996 IT ?;B- ?
+133 0500 133Sn -70873.9 1.9 1.46 s 0.03 (7/2-) 11 1973 B-=100;B-n=0.0294 24
+133 0510 133Sb -78924 3 2.34 m 0.05 7/2+# 11 1966 B-=100
+133 0511W 133Sbm -74360 100 4560 100 16.54 us 0.19 (21/2+) 11 1978 IT=100
+133 0520 133Te -82937.1 2.1 12.5 m 0.3 3/2+# 11 1940 B-=100
+133 0521W 133Tem -82602.8 2.1 334.26 0.04 55.4 m 0.4 (11/2-) 11 1957 B-=83.5 20;IT=16.5 20
+133 0522W 133Ten -81326.7 2.2 1610.4 0.5 100 ns 5 (19/2-) 11 2001 IT=100
+133 0530 133I -85858 6 20.83 h 0.08 7/2+ 11 1940 B-=100
+133 0531W 133Ixm -84224 6 1634.148 0.010 9 s 2 (19/2-) 11 1970 IT=100
+133 0532W 133Ixn -84129 6 1729.137 0.010 ~170 ns (15/2-) 11 1984 IT=100
+133 0533W 133Ixp -83423 6 2435.00 0.23 780 ns 1606 (19/2+) 11 2004 IT=100
+133 0534W 133Ixq -83364 6 2493.7 0.4 469 ns 15 (23/2+) 11 2009 IT=100
+133 0540 133Xe -87643.6 2.4 5.2475 d 0.0005 3/2+ 11 02Un02t 1940 B-=100
+133 0541W 133Xem -87410.4 2.4 233.221 0.015 2.198 d 0.013 11/2- 11 1951 IT=100
+133 0550 133Cs -88070.931 0.008 stbl 7/2+ 11 1921 IS=100.
+133 0560 133Ba -87553.6 1.0 10.551 y 0.011 1/2+ 11 1941 EC=100
+133 0561W 133Bam -87265.3 1.0 288.252 0.009 38.90 h 0.06 11/2- 11 12Da04t 1941 IT~100;EC=0.0104 5
+133 0570 133La -85494 28 3.912 h 0.008 5/2+ 11 1950 B+=100
+133 0580 133Ce -82418 16 97 m 4 1/2+ 11 1951 B+=100
+133 0581W 133Cem -82381 16 37.2 0.7 5.1 h 0.3 9/2- 11 1951 B+=100
+133 0590 133Pr -77938 12 6.5 m 0.3 (3/2+) 11 1970 B+=100
+133 0591W 133Prm -77746 12 192.12 0.14 1.1 s 0.2 (11/2-) 11 1995 IT=100
+133 0600 133Nd -72330 50 70 s 10 (7/2+) 11 1977 B+=100
+133 0601W 133Ndm -72200 50 127.97 0.12 ~70 s (1/2)+ 11 95Br24d 1993 B+~100;IT=?
+133 0602W 133Ndn -72150 50 176.10 0.10 301 ns 18 (9/2-) 11 1993 IT=100
+133 0610 133Pm -65410 50 13.5 s 2.1 (3/2+) 11 1977 B+=100
+133 0611W 133Pmm -65280 50 129.7 0.7 8# s (11/2-) 11 1996 B+ ?;IT ?
+133 0620 133Sm -57230# 300# 2.89 s 0.16 (5/2+) 11 1977 B+=100;B+p=?
+133 0621W 133Smm -57110# 310# 120# 60# 3.5 s 0.4 (1/2-) 11 1993 B+ ?;IT ?;B+p ?
+133 0630 133Eu -47240# 300# 200# ms 11/2-# B+ ?;B+p ?
+133 0640 133Gd -35860# 500# 10# ms 5/2+# B+ ?;B+p ?
+134 0480 134Cd -38920# 400# 65 ms 15 0+ 15 2015 B-=100;B-n=0.2#;B-2n=90#
+134 0490 134In -51660# 300# 140 ms 4 high 04 95Jo.Ad 1996 B-=100;B-n=65;B-2n<4
+134 0500 134Sn -66434 3 890 ms 20 0+ 04 15Lo04t 1974 B-=100;B-n=17 13
+134 0501W 134Snm -65187 3 1247.4 0.5 87 ns 8 6+ 04 12Ka36t 2000 IT=100
+134 0510 134Sb -74020.5 1.7 780 ms 60 (0-) 11 1967 B-=100;B-n=5#
+134 0511W 134Sbm -73741.5 2.0 279 1 10.07 s 0.05 (7-) 11 1968 B-=100;B-n=0.088 4
+134 0520 134Te -82533.7 2.7 41.8 m 0.8 0+ 04 1948 B-=100
+134 0521W 134Tem -80842.4 2.7 1691.34 0.16 164.1 ns 0.9 6+ 04 1970 IT=100
+134 0530 134I -84043 5 52.5 m 0.2 (4)+ 04 1948 B-=100
+134 0531W 134Ixm -83727 5 316.49 0.22 3.52 m 0.04 (8)- 04 1970 IT=97.7 10;B-=2.3 10
+134 0540 134Xe -88125.822 0.009 stbl >11Py 0+ 04 89Ba22t 1920 IS=10.4357 21;2B- ?
+134 0541W 134Xem -86160.3 0.5 1965.5 0.5 290 ms 17 (7-) 04 1968 IT=100
+134 0542W 134Xen -85100.6 1.5 3025.2 1.5 5 us 1 (10+) 04 2001 IT=100
+134 0550 134Cs -86891.154 0.016 2.0652 y 0.0004 4+ 04 1940 B-=100;EC=0.0003 1
+134 0551W 134Csm -86752.410 0.016 138.7441 0.0026 2.912 h 0.002 8- 04 1975 IT=100
+134 0560 134Ba -88949.9 0.3 stbl 0+ 04 1936 IS=2.417 18
+134 0561W 134Bam -85992.7 0.6 2957.2 0.5 2.63 us 0.14 (10+) 04 1982 IT=100
+134 0570 134La -85219 20 6.45 m 0.16 1+ 04 1951 B+=100
+134 0571W 134Lam -84780# 100# 440# 100# 29 us 4 04 1985 IT=100
+134 0580 134Ce -84833 20 3.16 d 0.04 0+ 04 1951 EC=100
+134 0581W 134Cem -81624 20 3208.6 0.4 308 ns 5 10+ 04 1980 IT=100
+134 0590 134Pr -78528 20 17 m 2 2- 04 1967 B+=100
+134 0591W 134Prm -78460 20 68 1 ~11 m (6-) 04 11Ti10e 1973 B+=100;IT~0
+134 0600 134Nd -75646 12 8.5 m 1.5 0+ 04 1970 B+=100
+134 0601W 134Ndm -73353 12 2293.0 0.4 410 us 30 (8)- 04 1969 IT=100
+134 0610 134Pm -66740 60 *& 22 s 1 (5+) 04 1977 B+=100
+134 0611W 134Pmm -66740# 120# 0# 100# *& ~5 s (2+) 04 1988 B+=100
+134 0612W 134Pmn -66620# 80# 120# 50# 20 us 1 (7-) 09Cu02tj 2009 IT=100
+134 0620 134Sm -61380# 200# 9.5 s 0.8 0+ 04 1977 B+=100
+134 0630 134Eu -49930# 300# 500 ms 200 04 1989 B+=100;B+p=?
+134 0640 134Gd -41300# 400# 400# ms 0+ 04 B+ ?;B+p ?
+135 0490 135In -46530# 400# 101 ms 4 9/2+# 08 15Lo04t 2002 B- ?;B-n=90#;B-2n=8#
+135 0500 135Sn -60632 3 515 ms 5 7/2-# 08 15Lo04t 1994 B-=100;B-n=21 3;B-2n=6#
+135 0510 135Sb -69690.3 2.6 1.679 s 0.015 (7/2+) 08 1964 B-=100;B-n=22 3
+135 0520 135Te -77728.8 1.7 19.0 s 0.2 (7/2-) 08 1969 B-=100
+135 0521W 135Tem -76173.9 1.7 1554.89 0.16 511 ns 20 (19/2-) 08 1980 IT=100
+135 0530 135I -83779.1 2.1 6.58 h 0.03 7/2+ 08 1940 B-=100
+135 0540 135Xe -86413 4 9.14 h 0.02 3/2+ 08 1940 B-=100
+135 0541W 135Xem -85886 4 526.551 0.013 15.29 m 0.05 11/2- 08 1960 IT~100;B-=0.30 17
+135 0550 135Cs -87581.6 1.0 1.33 My 0.19 7/2+ 08 16Ma05t 1949 B-=100
+135 0551W 135Csm -85948.7 1.8 1632.9 1.5 53 m 2 19/2- 08 1962 IT=100
+135 0560 135Ba -87850.5 0.3 stbl 3/2+ 08 1932 IS=6.592 12
+135 0561W 135Bam -87582.3 0.3 268.218 0.020 28.11 h 0.02 11/2- 08 12Da04t 1948 IT=100
+135 0570 135La -86643 9 19.5 h 0.2 5/2+ 08 1948 B+=100
+135 0580 135Ce -84616 10 17.7 h 0.3 1/2(+) 08 1948 B+=100
+135 0581W 135Cem -84170 10 445.81 0.21 20 s 1 (11/2-) 08 1963 IT=100
+135 0590 135Pr -80936 12 24 m 1 3/2(+) 08 1954 B+=100
+135 0591W 135Prm -80578 12 358.06 0.06 105 us 10 (11/2-) 08 1973 IT=100
+135 0600 135Nd -76214 19 12.4 m 0.6 9/2(-) 08 1970 B+=100
+135 0601W 135Ndm -76149 19 64.95 0.24 5.5 m 0.5 (1/2+) 08 1970 B+>99.97;IT<0.03
+135 0610 135Pm -70050 80 49 s 3 (5/2+,3/2+) 08 1975 B+=100
+135 0611 135Pmm -69830# 50# 220# 90# 40 s 3 (11/2-) 08 89Ko07tj 1989 B+=100
+135 0620 135Sm -62860 150 * 10.3 s 0.5 (7/2+) 08 77Bo02j 1977 B+=100;B+p=0.02 1
+135 0621W 135Smm -62860# 340# 0# 300# * 2.4 s 0.9 (3/2+,5/2+) 08 89Vi04tjd1989 B+=100
+135 0630 135Eu -54150# 200# 1.5 s 0.2 11/2-# 08 1989 B+=100;B+p ?
+135 0640 135Gd -44390# 400# 1.1 s 0.2 (5/2+) 08 1996 B+=100;B+p=18
+135 0650 135Tb -32830# 400# 1.01 ms 0.28 (7/2-) 08 2004 p~100;B+ ?
+136 0490 136In -40510# 400# 86 ms 9 15 15Lo04td 2015 B-=100;B-n=0#;B-2n=90#
+136 0500 136Sn -55900# 300# 350 ms 5 0+ 14 15Lo04t 1994 B-=100;B-n=28 3;B-2n=2#
+136 0510 136Sb -64507 6 923 ms 14 (1-) 02 15Lo08j 1976 B-=100;B-n=16.3 32;B-2n=10#
+136 0511W 136Sbm -64230 6 277.0 0.7 570 ns 5 (6-) 02 12Ka36et 2001 IT=100
+136 0520 136Te -74425.3 2.3 17.63 s 0.08 0+ 02 1974 B-=100;B-n=1.31 5
+136 0530 136I -79545 14 83.4 s 1.0 (1-) 02 1949 B-=100
+136 0531 136Ixm -79339 5 206 15 BD 46.9 s 1.0 (6-) 02 1959 B-=100;IT=0
+136 0540 136Xe -86429.159 0.007 2.19 Zy 0.06 0+ 02 15Ba11t 1920 IS=8.8573 44;2B-=100
+136 0541W 136Xem -84537.456 0.016 1891.703 0.014 2.95 us 0.09 6+ 02 1969 IT=100
+136 0550 136Cs -86338.7 1.9 13.16 d 0.03 5+ 02 1951 B-=100
+136 0551W 136Csm -85820.8 1.9 517.9 0.1 17.5 s 0.2 8- 02 11Wi09et 1981 IT=?;B- ?
+136 0560 136Ba -88886.9 0.3 stbl 0+ 02 1932 IS=7.854 24
+136 0561W 136Bam -86856.4 0.3 2030.466 0.018 308.4 ms 1.9 7- 02 1965 IT=100
+136 0562W 136Ban -85529.5 0.5 3357.4 0.4 91 ns 2 (10+) 04Va03td 2004 IT=100
+136 0570 136La -86040 50 9.87 m 0.03 1+ 02 1950 B+=100
+136 0571W 136Lam -85780 50 259.3 0.4 114 ms 3 (7)(-#) 02 05Bh06ej 1966 IT=100
+136 0580 136Ce -86508.4 0.4 stbl >38Py 0+ 02 01Da22t 1936 IS=0.185 2;2B+ ?
+136 0581W 136Cem -83412.9 0.6 3095.5 0.4 1.96 us 0.09 10+ 02 13Va10t 1991 IT=100
+136 0590 136Pr -81340 11 13.1 m 0.1 2+ 02 1968 B+=100
+136 0600 136Nd -79199 12 50.7 m 0.3 0+ 02 1968 B+=100
+136 0610 136Pm -71170 70 *& 107 s 6 (5)(+#) 02 FGK12aj 1982 B+=100
+136 0611 136Pmm -71070 90 100 120 MD*& 300 s 50 (2)(+#) 02 88Ke03t 1988 B+=100
+136 0612W 136Pmn -71100 70 68 25 1.5 us 0.1 8+# 02 08Ri05et 1987 IT=100
+136 0620 136Sm -66811 12 47 s 2 0+ 02 1982 B+=100
+136 0621W 136Smm -64546 12 2264.7 1.1 15 us 1 (8-) 02 1994 IT=100
+136 0630 136Eu -56240# 200# * 3.3 s 0.3 (7+) 02 89Vi04d 1987 B+=100;B+p=0.09 3
+136 0631W 136Eum -56240# 540# 0# 500# * 3.8 s 0.3 (3+) 02 89Vi04d 1987 B+=100;B+p=0.09 3
+136 0640 136Gd -49090# 300# 1# s >200ns 0+ 02 00So11i 2000 B+ ?;B+p ?
+136 0650 136Tb -36130# 500# 200# ms 02 B+ ?;B+p ?
+137 0490 137In -35040# 500# 70 ms 40 9/2+# 15 15Lo04td 2015 B-=100;B-n=0#;B-2n=90#
+137 0500 137Sn -49790# 400# 273 ms 7 5/2-# 07 11Ar18td 1994 B-=100;B-n=50 8;B-2n=40#
+137 0510 137Sb -60060 50 484 ms 22 7/2+# 07 11Ar18td 1994 B-=100;B-n=49 6;B-2n=0.3#
+137 0520 137Te -69303.8 2.1 2.49 s 0.05 3/2-# 07 1975 B-=100;B-n=2.99 16
+137 0530 137I -76356 8 24.13 s 0.12 7/2+# 07 16Ag03d 1943 B-=100;B-n=7.76 14
+137 0540 137Xe -82383.40 0.10 3.818 m 0.013 7/2- 07 1943 B-=100
+137 0550 137Cs -86545.6 0.4 30.08 y 0.09 7/2+ 07 1951 B-=100
+137 0560 137Ba -87721.2 0.3 stbl 3/2+ 07 1932 IS=11.232 24
+137 0561W 137Bam -87059.5 0.3 661.659 0.003 2.552 m 0.001 11/2- 07 1965 IT=100
+137 0562W 137Ban -85372.1 0.6 2349.1 0.5 590 ns 100 (17/2-) 07 1973 IT=100
+137 0570 137La -87140.7 1.7 60 ky 20 7/2+ 07 1948 EC=100
+137 0571W 137Lam -85271.2 1.7 1869.50 0.21 342 ns 25 19/2- 07 1982 IT=100
+137 0580 137Ce -85918.6 0.4 9.0 h 0.3 3/2+ 07 1948 B+=100
+137 0581W 137Cem -85664.3 0.4 254.29 0.05 34.4 h 0.3 11/2- 07 1958 IT=99.21 4;B+=0.79 4
+137 0590 137Pr -83202 8 1.28 h 0.03 5/2+ 07 1958 B+=100
+137 0591W 137Prm -82641 8 561.22 0.23 2.66 us 0.07 11/2- 07 1987 IT=100
+137 0600 137Nd -79585 12 38.5 m 1.5 1/2+ 07 1970 B+=100
+137 0601W 137Ndm -79066 12 519.43 0.20 1.60 s 0.15 11/2- 07 1970 IT=100
+137 0610 137Pm -74073 13 & 2# m 5/2+# 1975 B+ ?
+137 0611 137Pmm -73930 50 150 50 BD & 2.4 m 0.1 11/2- 07 1973 B+=100
+137 0620 137Sm -68030 40 45 s 1 (9/2-) 07 1986 B+=100
+137 0621W 137Smm -67850# 60# 180# 50# 20# s 1/2+# B+ ?
+137 0630 137Eu -60146 4 8.4 s 0.5 11/2-# 07 88Be.At 1982 B+=100
+137 0640 137Gd -51210# 300# 2.2 s 0.2 (7/2)(+#) 07 1999 B+=100;B+p=?
+137 0650 137Tb -40970# 400# 600# ms 11/2-# p ?;B+ ?
+138 0500 138Sn -44860# 500# 150 ms 30 0+ 16 2010 B-=100;B-n~36;B-2n=5#
+138 0501W 138Snm -43520# 500# 1344 2 210 ns 45 (6+) 16 2014 IT=100
+138 0510 138Sb -54220 1060 348 ms 15 (0-) 16 FGK16aj 1994 B-=100;B-n=72 8;B-2n=2#
+138 0520 138Te -65696 4 1.4 s 0.4 0+ 03 1975 B-=100;B-n=6.3 21
+138 0530 138I -71980 6 6.23 s 0.03 (1-) 16 93Ru01d 1949 B-=100;B-n=5.46 18
+138 0531W 138Ixm -71912 6 67.9 0.5 1.26 us 0.16 (3-) 16 2007 IT=100
+138 0540 138Xe -79972.2 2.8 14.14 m 0.05 0+ 03 12Wa21t 1943 B-=100
+138 0550 138Cs -82887 9 33.41 m 0.18 3- 03 1943 B-=100
+138 0551W 138Csm -82807 9 79.9 0.3 2.91 m 0.08 6- 03 1971 IT=81 2;B-=19 2
+138 0556 138Csx -82847 25 40 23 R= ? fsmix
+138 0560 138Ba -88261.6 0.3 stbl 0+ 03 1925 IS=71.698 42
+138 0561W 138Bam -86171.1 0.3 2090.54 0.06 800 ns 100 6+ 03 1971 IT=100
+138 0570 138La -86519 3 102 Gy 1 5+ 03 1947 IS=0.08881 71;B+=65.6 5;B-=34.4 5
+138 0571W 138Lam -86446 3 72.57 0.03 116 ns 5 (3)+ 03 1975 IT=100
+138 0572W 138Lan -85780 3 739.2 0.5 2.0 us 0.3 7- 14As02etj2014 IT=100
+138 0580 138Ce -87571 5 stbl >57Py 0+ 03 11Be02t 1936 IS=0.251 2;2B+ ?
+138 0581W 138Cem -85442 5 2129.17 0.12 8.65 ms 0.20 7- 03 1960 IT=100
+138 0590 138Pr -83134 11 1.45 m 0.05 1+ 03 1951 B+=100
+138 0591 138Prm -82782 17 352 19 BD 2.12 h 0.04 7- 03 1958 B+=100
+138 0600 138Nd -82018 12 5.04 h 0.09 0+ 03 1965 B+=100
+138 0601W 138Ndm -78843 12 3174.9 0.4 370 ns 5 10+ 03 13Va10t 1975 IT=100
+138 0610 138Pm -74940 28 * 10 s 2 1+# 03 1981 B+=100
+138 0611 138Pmm -74911 13 30 30 BD* 3.24 m 0.05 5-# 03 1973 B+=100
+138 0612W 138Pmn non-exist EU 3.24 m 0.05 (3+) 81De38i B+=100
+138 0620 138Sm -71498 12 3.1 m 0.2 0+ 03 1982 B+=100
+138 0630 138Eu -61750 28 12.1 s 0.6 (6-) 03 1982 B+=100
+138 0640 138Gd -55800# 200# 4.7 s 0.9 0+ 03 1985 B+=100
+138 0641W 138Gdm -53570# 200# 2233.1 0.5 6.2 us 0.2 (8-) 03 11Pr02t 1997 IT=100
+138 0650 138Tb -43670# 300# 800# ms >200ns 03 00So11i 1993 B+ ?;B+p ?;p=0
+138 0660 138Dy -34930# 500# 200# ms 0+ B+ ?;B+p ?
+139 0500 139Sn -38440# 500# 130 ms 60 5/2-# 15 2015 B-=100;B-n=80#;B-2n=20#
+139 0510 139Sb -49790# 400# 93 ms 13 7/2+# 01 11Ar18td 1994 B-=100;B-n=90 10;B-2n=3#
+139 0520 139Te -60205 4 500# ms >150ns 5/2-# 01 94Be24i 1994 B- ?;B-n=2#
+139 0530 139I -68471 4 2.282 s 0.010 7/2+# 01 93Ru01t 1949 B-=100;B-n=10.0 3
+139 0540 139Xe -75644.6 2.1 39.68 s 0.14 3/2- 01 1951 B-=100
+139 0550 139Cs -80701 3 9.27 m 0.05 7/2+ 01 1939 B-=100
+139 0560 139Ba -84913.8 0.3 83.13 m 0.06 (7/2-) 01 12Da17t 1937 B-=100
+139 0570 139La -87226.2 2.0 stbl 7/2+ 01 1924 IS=99.91119 71
+139 0571W 139Lam -85426.3 2.1 1799.9 0.5 315 ns 35 (17/2+) 12As06etj2012 IT=100
+139 0580 139Ce -86948 7 137.641 d 0.020 3/2+ 01 1948 EC=100
+139 0581W 139Cem -86194 7 754.24 0.08 56.54 s 0.13 11/2- 01 94It.At 1967 IT=100
+139 0590 139Pr -84819 8 4.41 h 0.04 5/2+ 01 1951 B+=100
+139 0600 139Nd -82014 28 29.7 m 0.5 3/2+ 01 1951 B+=100
+139 0601W 139Ndm -81783 28 231.15 0.05 5.50 h 0.20 11/2- 01 1951 B+=88.2 4;IT=11.8 4
+139 0602W 139Ndn -79398 28 2616 2 276.8 ns 1.8 23/2+ 01 13Va10etj1980 IT ?
+139 0610 139Pm -77500 14 4.15 m 0.05 (5/2)+ 01 1967 B+=100
+139 0611W 139Pmm -77311 14 188.7 0.3 180 ms 20 (11/2)- 01 1975 IT~100;B+=0.16#
+139 0620 139Sm -72380 11 2.57 m 0.10 1/2+ 01 1971 B+=100
+139 0621W 139Smm -71923 11 457.40 0.22 10.7 s 0.6 11/2- 01 1973 IT=93.7 5;B+=6.3 5
+139 0630 139Eu -65398 13 17.9 s 0.6 (11/2)- 01 1975 B+=100
+139 0631W 139Eum -65250 13 148.2 0.2 10 us 2 (7/2+) 11Cu01etj2011 IT=100
+139 0640 139Gd -57630# 200# * 5.7 s 0.3 9/2-# 01 99Xi04t 1983 B+=100;B+p=?
+139 0641W 139Gdm -57380# 250# 250# 150# * 4.8 s 0.9 1/2+# 01 1983 B+=100;B+p=?
+139 0650 139Tb -48130# 300# 1.6 s 0.2 11/2-# 01 1999 B+=100;B+p ?
+139 0660 139Dy -37640# 500# 600 ms 200 (7/2+) 01 1999 B+=100;B+p ?
+140 0510 140Sb -43940# 600# 100# ms >400ns (4-,3-) 16 2010 B- ?;B-n=40#;B-2n=20#
+140 0511W 140Sbm -43610# 600# 330 10 41 us 8 (6-,7-) 16 2016 IT=100
+140 0520 140Te -56580 60 300# ms >300ns 0+ 07 1994 B- ?;B-n=3#
+140 0530 140I -63606 12 860 ms 40 (4-) 07 1972 B-=100;B-n=9.3 10;B-2n=0#
+140 0540 140Xe -72986.5 2.3 13.60 s 0.10 0+ 07 1951 B-=100
+140 0550 140Cs -77050 8 63.7 s 0.3 1- 07 1950 B-=100
+140 0551W 140Csm -77036 8 13.931 0.021 471 ns 51 (2)- 07 1974 IT=100
+140 0560 140Ba -83269 8 12.7527 d 0.0023 0+ 07 1939 B-=100
+140 0570 140La -84315.9 2.0 40.285 h 0.003 3- 07 1935 B-=100
+140 0580 140Ce -88076.1 1.6 stbl 0+ 07 1925 IS=88.450 51
+140 0581W 140Cem -85968.2 1.6 2107.86 0.03 7.3 us 1.5 6+ 07 1966 IT=100
+140 0590 140Pr -84688 6 3.39 m 0.01 1+ 07 1938 e+=51.3 18;EC=48.7 18
+140 0591W 140Prm -84560 6 127.8 0.3 350 ns 20 5+ 07 1964 IT=100
+140 0592W 140Prn -83924 6 763.7 0.5 3.05 us 0.20 (7)- 07 1964 IT=100
+140 0600 140Nd -84259 3 3.37 d 0.02 0+ 07 1949 EC=100
+140 0601W 140Ndm -82038 3 2221.4 0.1 600 us 50 7- 07 1962 IT=100
+140 0602W 140Ndn -76829 3 7429.6 0.7 1.22 us 0.06 20+ 08Fe02etj2008 IT=100
+140 0610 140Pm -78214 24 9.2 s 0.2 1+ 07 1966 B+=100
+140 0611 140Pmm -77783 13 431 28 BD 5.95 m 0.05 8- 07 1966 B+=100
+140 0620 140Sm -75456 12 14.82 m 0.12 0+ 07 1967 B+=100
+140 0630 140Eu -66990 50 1.51 s 0.02 1+ 07 1982 B+=100
+140 0631W 140Eum -66780 50 210 15 125 ms 2 (5-) 07 1988 IT~100;B+<1
+140 0632W 140Eun -66320 50 669 15 299.8 ns 2.1 (8+) 07 2002 IT=100
+140 0640 140Gd -61782 28 15.8 s 0.4 0+ 07 1985 B+=100
+140 0650 140Tb -50480 800 2.32 s 0.16 (7+) 07 06Xu03t 1986 B+=100;B+p=0.26 13
+140 0660 140Dy -42830# 400# 700# ms 0+ 07 2002 B+ ?;B+p ?
+140 0661W 140Dym -40660# 400# 2166.1 0.5 7.0 us 0.5 (8-) 07 2002 IT=100
+140 0670 140Ho -29260# 500# 6 ms 3 8+# 07 1999 p=?;B+=1#;B+p ?
+141 0510 141Sb -39110# 500# 100# ms 7/2+# B- ?;B-n=90#;B-2n=3#
+141 0520 141Te -50490# 400# 150# ms >150ns 5/2-# 14 94Be24i 1994 B- ?;B-n=8#;B-2n=0.4#
+141 0530 141I -59927 16 430 ms 20 7/2+# 14 1974 B-=100;B-n=21 3
+141 0540 141Xe -68197.3 2.9 1.73 s 0.01 5/2(-#) 14 1951 B-=100;B-n=0.044 5
+141 0550 141Cs -74478 9 24.84 s 0.16 7/2+ 14 1962 B-=100;B-n=0.035 3
+141 0560 141Ba -79733 5 18.27 m 0.07 3/2- 14 1945 B-=100
+141 0570 141La -82932 4 3.92 h 0.03 (7/2+) 14 1951 B-=100
+141 0580 141Ce -85432.9 1.6 32.511 d 0.013 7/2- 14 1948 B-=100
+141 0590 141Pr -86015.6 1.7 stbl 5/2+ 14 1924 IS=100.
+141 0600 141Nd -84193 3 2.49 h 0.03 3/2+ 14 1949 B+=100
+141 0601W 141Ndm -83436 3 756.51 0.05 62.0 s 0.8 11/2- 14 70Ab05d 1960 IT~100;B+=0.032 8
+141 0610 141Pm -80523 14 20.90 m 0.05 5/2+ 14 1952 B+=100
+141 0611W 141Pmm -79894 14 628.62 0.07 630 ns 20 11/2- 14 1970 IT=100
+141 0612W 141Pmn -77992 14 2530.75 0.17 >2 us 14 1985 IT=100
+141 0620 141Sm -75934 9 10.2 m 0.2 1/2+ 14 1967 B+=100
+141 0621W 141Smm -75758 9 175.9 0.3 22.6 m 0.2 11/2- 14 1967 B+~100;IT=0.31 3
+141 0630 141Eu -69926 13 40.7 s 0.7 5/2+ 14 1977 B+=100
+141 0631W 141Eum -69830 13 96.45 0.07 2.7 s 0.3 11/2- 14 1973 IT=86 3;B+=14 3
+141 0640 141Gd -63224 20 14 s 4 (1/2+) 14 1986 B+=100;B+p=0.03 1
+141 0641W 141Gdm -62846 20 377.76 0.09 24.5 s 0.5 (11/2-) 14 1986 B+=89 2;IT=11 2
+141 0650 141Tb -54540 110 * 3.5 s 0.2 (5/2-) 14 1986 B+=100
+141 0651W 141Tbm -54540# 230# 0# 200# EU* 7.9 s 0.6 11/2-# 14 88Be.Ai 1988 B+=100
+141 0660 141Dy -45380# 300# 900 ms 140 (9/2-) 14 1984 B+=100;B+p=?
+141 0670 141Ho -34360# 400# 4.1 ms 0.1 (7/2-) 14 1998 p=?;B+=1#;B+p ?
+141 0671W 141Hom -34290# 400# 66 2 7.3 us 0.3 (1/2+) 14 1998 p=100
+142 0520 142Te -46370# 500# 100# ms >150ns 0+ 11 94Be24i 1994 B- ?;B-n=10#;B-2n=0#
+142 0530 142I -54770 370 222 ms 12 2-# 11 1975 B-=100;B-n=20#;B-2n=1#
+142 0540 142Xe -65229.6 2.7 1.23 s 0.02 0+ 11 1960 B-=100;B-n=0.21 6
+142 0550 142Cs -70515 7 1.684 s 0.014 0- 11 1962 B-=100;B-n=0.090 4
+142 0560 142Ba -77842 6 10.6 m 0.2 0+ 11 1959 B-=100
+142 0570 142La -80024 6 91.1 m 0.5 2- 11 1953 B-=100
+142 0571W 142Lam -79878 6 145.82 0.08 870 ns 170 (4)- 11 1983 IT=100
+142 0580 142Ce -84533.2 2.5 stbl >50Py 0+ 11 1925 IS=11.114 51;A ?;2B- ?
+142 0590 142Pr -83787.5 1.7 19.12 h 0.04 2- 11 1935 B-~100;EC=0.0164 8
+142 0591W 142Prm -83783.8 1.7 3.694 0.003 14.6 m 0.5 5- 11 1967 IT=100
+142 0600 142Nd -85950.0 1.4 stbl 0+ 11 1924 IS=27.152 40
+142 0601W 142Ndm -83740.7 1.4 2209.303 0.021 16.5 us 6+ 14 1964 IT=100
+142 0610 142Pm -81142 24 40.5 s 0.5 1+ 11 1959 e+=77.1 27;EC=22.9 27
+142 0611W 142Pmm -80259 24 883.17 0.16 2.0 ms 0.2 (8)- 11 1971 IT=100
+142 0612W 142Pmn -78313 24 2828.7 0.6 67 us 5 (13-) 11 1974 IT=100
+142 0620 142Sm -78986 3 72.49 m 0.05 0+ 11 1959 B+=100
+142 0621W 142Smm -76614 3 2372.1 0.4 170 ns 2 7- 11 1975 IT=100
+142 0622W 142Smn -75324 3 3662.2 0.7 480 ns 60 10+ 11 1979 IT=100
+142 0630 142Eu -71310 30 2.36 s 0.10 1+ 11 91Fi03t 1966 B+=100
+142 0631 142Eum -70856 12 460 30 BD 1.223 m 0.008 8- 11 1966 B+=100
+142 0640 142Gd -66960 28 70.2 s 0.6 0+ 11 1986 EC=52 5,e+=48 5
+142 0650 142Tb -56560 700 597 ms 17 1+ 11 1991 B+=100;B+p=0.0022 11
+142 0651W 142Tbm -56280 700 279.7 0.4 303 ms 17 5- 11 1986 IT=100
+142 0652W 142Tbn -55910 700 652.1 0.6 26 us 1 8+ 11 1989 IT=100
+142 0660 142Dy -50120# 730# 2.3 s 0.3 0+ 11 1986 B+=100;B+p=0.06 3
+142 0670 142Ho -37250# 400# 400 ms 100 (7-,8+) 11 2001 B+~100;B+p=?;p~0
+142 0680 142Er -28030# 500# 10# us 0+ p ?
+143 0520 143Te -40280# 500# 100# ms >400ns 7/2+# 12 2010 B- ?;B-n=20#;B-2n=2#
+143 0530 143I -50630# 200# 130 ms 45 7/2+# 12 1994 B- ?;B-n=70#;B-2n=0.02#
+143 0540 143Xe -60203 5 511 ms 6 5/2- 12 03Be05d 1951 B-=100;B-n=1.00 15
+143 0550 143Cs -67676 8 1.791 s 0.007 3/2+ 12 1962 B-=100;B-n=1.64 7
+143 0560 143Ba -73937 7 14.5 s 0.3 5/2- 12 1962 B-=100
+143 0570 143La -78172 7 14.2 m 0.1 (7/2)+ 12 1951 B-=100
+143 0580 143Ce -81606.7 2.5 33.039 h 0.006 3/2- 12 1948 B-=100
+143 0590 143Pr -83068.2 1.9 13.57 d 0.02 7/2+ 12 1948 B-=100
+143 0600 143Nd -84002.2 1.4 stbl 7/2- 12 1933 IS=12.174 26
+143 0610 143Pm -82960.7 3.0 265 d 7 5/2+ 12 1952 EC=100;e+<5.7e-6
+143 0620 143Sm -79517.2 2.8 8.75 m 0.06 3/2+ 12 1956 B+=100
+143 0621W 143Smm -78763.2 2.8 753.99 0.16 66 s 2 11/2- 12 1960 IT~100;B+=0.24 5
+143 0622W 143Smn -76723 3 2793.8 1.3 30 ms 3 23/2- 12 FGK128j 1969 IT=100
+143 0630 143Eu -74241 11 2.59 m 0.02 5/2+ 12 1965 B+=100
+143 0631W 143Eum -73851 11 389.51 0.04 50.0 us 0.5 11/2- 12 1978 IT=100
+143 0640 143Gd -68230 200 39 s 2 (1/2)+ 12 78Fi02d 1975 B+=100;B+p=?;B+A=?
+143 0641W 143Gdm -68080 200 152.6 0.5 110.0 s 1.4 11/2- 12 78Fi02d 1973 B+=100;B+p=?;B+A=?
+143 0650 143Tb -60420 50 * 12 s 1 (11/2-) 12 1985 B+=100
+143 0651W 143Tbm -60420# 110# 0# 100# * s <21s 5/2+# 12 1986 B+ ?
+143 0660 143Dy -52169 13 5.6 s 1.0 (1/2+) 12 03Xu04j 1983 B+=100;B+p=?
+143 0661W 143Dym -51858 13 310.7 0.6 3.0 s 0.3 (11/2-) 12 03Xu04ejd2003 B+=100;B+p=?
+143 0662W 143Dyn -51763 13 406.3 0.8 1.2 us 0.3 12 05Ri17e 2005 IT=100
+143 0670 143Ho -42050# 300# 300# ms >200ns 11/2-# 12 00So11i 2000 B+ ?;B+p ?
+143 0680 143Er -31260# 400# 200# ms 9/2-# 12 B+ ?;B+p ?
+144 0530 144I -45280# 400# 100# ms >150ns 1-# 01 94Be24i 1994 B- ?;B-n=40#;B-2n=1#
+144 0540 144Xe -56872 5 388 ms 7 0+ 01 03Be05td 2003 B-=100;B-n=3.0 3
+144 0550 144Cs -63271 20 * 994 ms 6 1(-) 10 1967 B-=100;B-n=3.03 13
+144 0551W 144Csm -63179 20 92.2 0.5 1.1 us 0.1 (4-) 10 2009 IT=100
+144 0552W 144Csn -62970# 200# 300# 200# * <1 s (>3) 10 1978 B-=?;IT ?
+144 0560 144Ba -71767 7 11.5 s 0.2 0+ 01 1967 B-=100
+144 0570 144La -74850 13 40.8 s 0.4 (3-) 01 1967 B-=100
+144 0580 144Ce -80431.9 2.9 284.91 d 0.05 0+ 01 1945 B-=100
+144 0590 144Pr -80750.5 2.8 17.28 m 0.05 0- 01 1951 B-=100
+144 0591W 144Prm -80691.5 2.8 59.03 0.03 7.2 m 0.3 3- 01 1970 IT~100;B-=0.07
+144 0600 144Nd -83748.0 1.4 2.29 Py 0.16 0+ 01 1924 IS=23.798 19;A=100
+144 0610 144Pm -81416.1 3.0 363 d 14 5- 01 94Hi05d 1952 EC=100;e+<8e-5
+144 0611W 144Pmm -80575 3 840.90 0.05 780 ns 200 (9)+ 01 1993 IT=100
+144 0612W 144Pmn -72820 4 8595.8 2.2 ~2.7 us (27+) 01 1994 IT=100
+144 0620 144Sm -81965.5 1.6 stbl 0+ 01 1933 IS=3.07 7;2B+ ?
+144 0621W 144Smm -79641.9 1.6 2323.60 0.08 880 ns 25 6+ 01 1972 IT=100
+144 0630 144Eu -75619 11 10.2 s 0.1 1+ 01 1965 B+=100
+144 0631W 144Eum -74491 11 1127.6 0.6 1.0 us 0.1 8- 01 FGK127j 1976 IT=100
+144 0640 144Gd -71760 28 4.47 m 0.06 0+ 01 1968 B+=100
+144 0641W 144Gdm -68327 28 3433.1 0.5 145 ns 30 (10+) 01 1978 IT=100
+144 0650 144Tb -62368 28 ~1 s 1+ 01 1982 B+=100
+144 0651W 144Tbm -61971 28 396.9 0.5 4.25 s 0.15 (6-) 01 1982 IT=66;B+=34
+144 0652W 144Tbn -61892 28 476.2 0.5 2.8 us 0.3 (8-) 01 1996 IT=100
+144 0653W 144Tbp -61851 28 517.1 0.5 670 ns 60 (9+) 01 1996 IT=100
+144 0654W 144Tbq -61824 28 544.5 0.6 <300 ns (10+) 01 1996 IT=100
+144 0660 144Dy -56570 7 9.1 s 0.4 0+ 01 1986 B+=100;B+p=?
+144 0670 144Ho -44610 8 700 ms 100 (5-) 08 1986 B+=100;B+p=?
+144 0671W 144Hom -44345 8 265.3 0.3 519 ns 5 (8+) 08 10Ma08t 2001 IT=100
+144 0680 144Er -36610# 200# 400# ms >200ns 0+ 06 2003 B+ ?
+144 0690 144Tm -22260# 400# 2.3 us 0.9 (10+) 08 2005 p=?;B+=0#
+145 0530 145I -40940# 500# 100# ms >400ns 7/2+# 10 10Oh02i 2010 B- ?;B-n=40#;B-2n=0.3#
+145 0540 145Xe -51493 11 188 ms 4 3/2-# 09 2003 B-=100;B-n=5.0 6;B-2n=0#
+145 0550 145Cs -60054 9 582 ms 6 3/2+ 09 93Ru01t 1971 B-=100;B-n=14.7 9
+145 0551W 145Csm -59291 9 762.9 0.4 500 ns 100 19/2-# 15YaZWtd 2015 IT=100
+145 0560 145Ba -67516 8 4.31 s 0.16 5/2- 09 1974 B-=100
+145 0570 145La -72835 12 24.8 s 2.0 (5/2+) 09 1974 B-=100
+145 0580 145Ce -77070 30 3.01 m 0.06 5/2-# 09 1954 B-=100
+145 0590 145Pr -79626 7 5.984 h 0.010 7/2+ 09 1954 B-=100
+145 0600 145Nd -81432.0 1.4 stbl 7/2- 09 1933 IS=8.293 12
+145 0610 145Pm -81267.5 2.9 17.7 y 0.4 5/2+ 09 1951 EC=100;A=2.8e-7
+145 0620 145Sm -80651.3 1.6 340 d 3 7/2- 09 1947 EC=100
+145 0621W 145Smm -71865.1 1.7 8786.2 0.7 990 ns 170 (49/2+) 09 1993 IT=100
+145 0630 145Eu -77992 3 5.93 d 0.04 5/2+ 09 1951 B+=100
+145 0631W 145Eum -77276 3 716.0 0.3 490 ns 30 11/2- 09 1975 IT=100
+145 0640 145Gd -72926 20 23.0 m 0.4 1/2+ 09 1959 B+=100
+145 0641W 145Gdm -72177 20 749.1 0.2 85 s 3 11/2- 09 1969 IT=94.3 5;B+=5.7 5
+145 0650 145Tb -66390 110 *& 30.9 s 0.6 (11/2-) 09 1981 B+=100
+145 0651 145Tbm -65540 200 850 230 BD*& (3/2+) 09 1993 B+ ?
+145 0660 145Dy -58243 7 9.5 s 1.0 (1/2+) 09 93Al03t 1982 B+=100;B+p=?
+145 0661W 145Dym -58125 7 118.2 0.2 14.1 s 0.7 (11/2-) 09 1982 B+=100;B+p~50
+145 0670 145Ho -49120 7 * 2.4 s 0.1 11/2-# 09 1987 B+=100
+145 0671W 145Hom -49020# 100# 100# 100# * 100# ms 5/2+# B+ ?;IT ?
+145 0680 145Er -39240# 200# 900 ms 300 1/2+# 09 1989 B+=100;B+p=?
+145 0681 145Erm -39040# 200# 205 4 p 1.0 s 0.3 11/2-# 10Ma20t 2010 B+ ?
+145 0690 145Tm -27580# 200# 3.17 us 0.20 (11/2-) 09 1998 p=100
+146 0540 146Xe -47955 24 146 ms 6 0+ 97 03Be05td 1989 B-=100;B-n=6.9 15
+146 0550 146Cs -55310.4 2.9 323 ms 6 1- 97 93Ru01t 1971 B-=100;B-n=14.2 5;B-2n=0#
+146 0551W 146Csm -55263.7 2.9 46.7 0.1 1.25 us 0.05 4-# 15YaZWtd 2015 IT=100
+146 0560 146Ba -64947 21 2.22 s 0.07 0+ 97 93Ru01d 1970 B-=100
+146 0570 146La -69050 30 * 6.27 s 0.10 2- 97 93Ru01d 1970 B-=100
+146 0571W 146Lam -68920 130 130 130 * 10.0 s 0.1 (6-) 97 79Ke02e 1969 B-=100
+146 0580 146Ce -75635 16 13.52 m 0.13 0+ 97 1953 B-=100
+146 0590 146Pr -76680 30 24.15 m 0.18 (2)- 97 1953 B-=100
+146 0600 146Nd -80925.9 1.4 stbl 0+ 97 1924 IS=17.189 32;2B- ?;A ?
+146 0610 146Pm -79454 4 5.53 y 0.05 3- 99 1960 EC=66.0 13;B-=34.0 13
+146 0620 146Sm -80996 3 68 My 7 0+ 97 12Ki16t 1953 A=100
+146 0630 146Eu -77118 6 4.61 d 0.03 4- 97 1957 B+=100
+146 0631W 146Eum -76452 6 666.37 0.16 235 us 3 9+ 97 1962 IT=100
+146 0640 146Gd -76086 4 48.27 d 0.10 0+ 01 1957 EC=100
+146 0650 146Tb -67760 40 * 8 s 4 1+ 97 1974 B+=100
+146 0651W 146Tbm -67610# 110# 150# 100# * 24.1 s 0.5 5- 97 93Al03t 1974 B+=100
+146 0652W 146Tbn -66830# 110# 930# 100# 1.18 ms 0.02 (10+) 97 1989 IT=100[gs=0,m=100]
+146 0660 146Dy -62555 7 33.2 s 0.7 0+ 97 93Al03t 1981 B+=100
+146 0661W 146Dym -59619 7 2935.7 0.6 150 ms 20 (10+) 97 FGK128j 1982 IT=100
+146 0670 146Ho -51238 7 2.8 s 0.5 (6-) 97 10Ma37tj 1982 B+=100;B+p=?
+146 0680 146Er -44322 7 1.7 s 0.6 0+ 97 93To05d 1993 B+=100;B+p=?
+146 0690 146Tm -31060# 200# 155 ms 20 (1+) 05Ro40tjd1993 p~100;B+ ?;B+p ?
+146 0691 146Tmm -30750# 200# 304 6 p 75 ms 7 (5-) 02 06Ta08tj 1993 p~100;B+ ?;B+p ?
+146 0692 146Tmn -30620# 200# 437 7 p 200 ms 3 (10+) 02 06Ta08tj 1993 p=?;B+=16#;B+p ?
+147 0540 147Xe -42360# 200# 130 ms 80 3/2-# 09 1994 B-=100;B-n=4.0 23;B-2n=0.01#
+147 0550 147Cs -51920 8 230 ms 1 (3/2+) 09 1978 B-=100;B-n=28.5 17
+147 0551W 147Csm -51219 8 701.4 0.4 190 ns 20 19/2-# 15YaZWtd 2015 IT=100
+147 0560 147Ba -60264 20 894 ms 10 5/2- 09 13Rz01j 1978 B-=100;B-n=0.06 3
+147 0570 147La -66678 11 4.06 s 0.04 (5/2+) 09 96Ur02j 1979 B-=100;B-n=0.041 4
+147 0580 147Ce -72014 9 56.4 s 1.0 (5/2-) 09 1964 B-=100
+147 0590 147Pr -75444 16 13.4 m 0.3 3/2+ 09 15Wa28j 1964 B-=100
+147 0600 147Nd -78146.7 1.4 10.98 d 0.01 5/2- 09 1947 B-=100
+147 0610 147Pm -79042.3 1.4 2.6234 y 0.0002 7/2+ 09 1947 B-=100
+147 0620 147Sm -79266.4 1.4 106.6 Gy 0.7 7/2- 09 09Ko15t 1933 IS=14.99 18;A=100
+147 0630 147Eu -77544.8 2.6 24.1 d 0.6 5/2+ 09 1951 B+~100;A=0.0022 6
+147 0631W 147Eum -76919.5 2.6 625.27 0.05 765 ns 15 11/2- 09 1970 IT=100
+147 0640 147Gd -75356.9 2.0 38.06 h 0.12 7/2- 09 1957 B+=100
+147 0641W 147Gdm -66769.1 2.1 8587.8 0.5 510 ns 20 (49/2+) 09 1982 IT=100
+147 0650 147Tb -70743 8 1.64 h 0.03 (1/2+) 09 1969 B+=100
+147 0651W 147Tbm -70692 8 50.6 0.9 1.87 m 0.05 11/2-# 09 93Al03t 1987 B+=100
+147 0660 147Dy -64196 9 67 s 7 (1/2+) 09 1975 B+=100;B+p~0.05
+147 0661W 147Dym -63446 9 750.5 0.4 55.2 s 0.5 (11/2-) 09 1976 B+=68.9 23;IT=31.1 23
+147 0662W 147Dyn -60789 9 3407.2 0.8 400 ns 10 (27/2-) 09 1985 IT=100
+147 0670 147Ho -55757 5 5.8 s 0.4 (11/2-) 09 1982 B+=100
+147 0671W 147Hom -53070 5 2687.1 0.4 315 ns 30 (27/2-) 09 1982 IT=100
+147 0680 147Er -46610 40 * 3.2 s 1.2 (1/2+) 09 10Ma27t 1992 B+=100;B+p=?
+147 0681W 147Erm -46510# 60# 100# 50# * 1.6 s 0.2 (11/2-) 09 10Ma27t 1982 B+=100;B+p=?
+147 0690 147Tm -35974 7 580 ms 30 11/2- 09 1982 B+=85 5;p=15 5
+147 0691 147Tmm -35913 7 62 5 p 360 us 40 3/2+ 09 1984 p=100
+148 0540 148Xe -38600# 300# 100# ms >400ns 0+ 14 10Oh02i 2010 B- ?;B-n=10#;B-2n=0#
+148 0550 148Cs -46911 13 145 ms 4 14 16Wu.At 1978 B-=100;B-n=25.1 25;B-2n=0#
+148 0551W 148Csm -46866 13 45.2 0.1 4.8 us 0.2 4-# 15YaZWtd 2015 IT=100
+148 0560 148Ba -57590 60 620 ms 5 0+ 14 16Wu.At 1979 B-=100;B-n=0.4 3
+148 0570 148La -62709 19 1.35 s 0.04 (2-) 14 16Wu.At 1969 B-=100;B-n=0.15 3
+148 0580 148Ce -70398 11 56.8 s 0.3 0+ 14 1964 B-=100
+148 0590 148Pr -72535 15 2.29 m 0.02 1- 14 1964 B-=100
+148 0591W 148Prm -72458 15 76.80 0.20 2.01 m 0.07 (4) 14 1964 B-=64 10;IT=36 10
+148 0600 148Nd -77408.0 2.1 stbl >3.0Ey 0+ 14 82Be20t 1937 IS=5.756 21;2B- ?;A ?
+148 0610 148Pm -76866 6 5.368 d 0.007 1- 14 1947 B-=100
+148 0611W 148Pmm -76728 6 137.9 0.3 41.29 d 0.11 5-,6- 14 1951 B-=95.8 6;IT=4.2 6
+148 0620 148Sm -79336.3 1.4 6.3 Py 1.3 0+ 14 16Ca.1t 1933 IS=11.24 10;A=100
+148 0630 148Eu -76299 10 54.5 d 0.5 5- 14 1951 B+=100;A=9.4e-7 28
+148 0631W 148Eum -75579 10 720.4 0.3 162 ns 8 9+ 14 1980 IT=100
+148 0640 148Gd -76269.3 1.6 70.9 y 1.0 0+ 14 03Fu10t 1953 A=100;2B+ ?
+148 0650 148Tb -70537 12 60 m 1 2- 14 1960 B+=100
+148 0651W 148Tbm -70447 12 90.1 0.3 2.20 m 0.05 (9)+ 14 1973 B+=100
+148 0652W 148Tbn -61918 12 8618.6 1.0 1.310 us 0.007 (27+) 14 1980 IT=100
+148 0660 148Dy -67860 9 3.3 m 0.2 0+ 14 1974 B+=100
+148 0661W 148Dym -64941 9 2919.1 1.0 471 ns 20 10+ 14 1978 IT=100
+148 0670 148Ho -57990 80 2.2 s 1.1 (1+) 14 1979 B+=100
+148 0671 148Hom -57740# 130# 250# 100# 9.49 s 0.12 5#(-) 14 93Al03t 1979 B+=100;B+p=0.08 1
+148 0672W 148Hon -57050# 130# 940# 100# 2.36 ms 0.06 (10)+ 14 1984 IT=100[gs=0,m=100]
+148 0680 148Er -51479 10 4.6 s 0.2 0+ 14 1982 B+=100;B+p~0.15
+148 0681W 148Erm -48566 10 2913.2 0.4 13 us 3 (10+) 14 1982 IT=100
+148 0690 148Tm -38765 10 700 ms 200 (10+) 14 1982 B+=100;B+p ?
+148 0700 148Yb -30330# 400# 250# ms 0+ B+ ?;B+p ?
+149 0550 149Cs -43250# 400# 113 ms 8 3/2+# 04 16Wu.Atd 1979 B-=100;B-n=60#;B-2n=0#
+149 0560 149Ba -53120 440 348 ms 4 3/2-# 04 16Wu.At 1993 B-=100;B-n=0.43 12
+149 0570 149La -60220 200 1.07 s 0.02 (3/2-) 07 16Wu.At 1979 B-=100;B-n=1.43 28
+149 0580 149Ce -66670 10 4.94 s 0.04 3/2-# 04 96Ya.At 1974 B-=100
+149 0590 149Pr -71039 10 2.26 m 0.07 (5/2+) 04 1964 B-=100
+149 0600 149Nd -74375.5 2.1 1.728 h 0.001 5/2- 04 1938 B-=100
+149 0610 149Pm -76064.3 2.3 53.08 h 0.05 7/2+ 04 1947 B-=100
+149 0611W 149Pmm -75824.1 2.3 240.214 0.007 35 us 3 11/2- 04 1966 IT=100
+149 0620 149Sm -77135.7 1.3 stbl >2Py 7/2- 04 1933 IS=13.82 7;A ?
+149 0630 149Eu -76441 4 93.1 d 0.4 5/2+ 04 1959 EC=100
+149 0631W 149Eum -75945 4 496.386 0.002 2.45 us 0.05 11/2- 04 1961 IT=100
+149 0640 149Gd -75127 3 9.28 d 0.10 7/2- 04 1951 B+=100;A=4.3e-4 10
+149 0650 149Tb -71489 4 4.118 h 0.025 1/2+ 04 1950 B+=83.3 17;A=16.7 17
+149 0651W 149Tbm -71453 4 35.78 0.13 4.16 m 0.04 11/2- 04 1962 B+~100;A=0.022 3
+149 0660 149Dy -67696 9 4.20 m 0.14 7/2(-) 04 88Ah02j 1958 B+=100
+149 0661W 149Dym -65035 9 2661.1 0.4 490 ms 15 (27/2-) 04 1976 IT=99.3 3;B+=0.7 3
+149 0670 149Ho -61647 12 21.1 s 0.2 (11/2-) 04 1979 B+=100
+149 0671W 149Hom -61598 12 48.80 0.20 56 s 3 (1/2+) 04 1988 B+=100
+149 0680 149Er -53742 28 4 s 2 (1/2+) 04 1984 B+=100;B+p=7 2
+149 0681W 149Erm -53000 28 741.8 0.2 8.9 s 0.2 (11/2-) 04 1984 B+=96.5 7;IT=3.5 7;B+p=0.18 7
+149 0682W 149Ern -51131 28 2611.1 0.3 610 ns 80 (19/2+) 04 1987 IT=100
+149 0683W 149Erp -50470 30 3272 20 4.8 us 0.1 (27/2-) 04 1987 IT=100
+149 0690 149Tm -43880# 200# 900 ms 200 (11/2-) 04 1987 B+=100;B+p=0.26 15
+149 0700 149Yb -33200# 300# 700 ms 200 (1/2+) 04 05Xu04j 2001 B+=100;B+p~100
+150 0550 150Cs -38170# 400# 84.4 ms 8.2 13 16Wu.Atd 1979 B-=100;B-n=80#;B-2n=2#
+150 0560 150Ba -49900# 300# 259 ms 5 0+ 13 16Wu.At 1994 B-=100;B-n=1#
+150 0570 150La -56130 440 504 ms 15 (3+) 13 16Wu.At 1993 B-=100;B-n=2.7 3
+150 0580 150Ce -64847 12 6.05 s 0.07 0+ 13 15Ko23t 1970 B-=100
+150 0590 150Pr -68300 9 6.19 s 0.16 1- 13 15Ko23j 1970 B-=100
+150 0600 150Nd -73679.8 1.3 8.2 Ey 0.9 0+ 13 15Ba11t 1937 IS=5.638 28;2B-=100
+150 0610 150Pm -73597 20 2.698 h 0.015 (1-) 13 1952 B-=100
+150 0620 150Sm -77051.1 1.3 stbl 0+ 13 1934 IS=7.38 1
+150 0630 150Eu -74792 6 36.9 y 0.9 5(-#) 13 1950 B+=100
+150 0631W 150Eum -74750 6 41.7 1.0 12.8 h 0.1 0- 13 1953 B-=89 2;B+=11 2;IT LE 5e-8
+150 0640 150Gd -75764 6 1.79 My 0.08 0+ 13 1953 A=100;2B+ ?
+150 0650 150Tb -71106 7 3.48 h 0.16 (2)- 13 1959 B+~100;A<0.05
+150 0651 150Tbm -70645 26 461 27 MD 5.8 m 0.2 9+ 13 1993 B+~100;IT ?
+150 0660 150Dy -69310 4 7.17 m 0.05 0+ 13 1959 B+=64 5;A=36 5
+150 0670 150Ho -61946 14 * 76.8 s 1.8 (2)- 13 93Al03t 1963 B+=100
+150 0671 150Hom -61950 50 -0 50 BD* 23.3 s 0.3 (9)+ 13 1980 B+=100
+150 0672W 150Hon -54050 50 7900 50 787 ns 36 (28-) 13 2006 IT=100
+150 0680 150Er -57831 17 18.5 s 0.7 0+ 13 1982 B+=100
+150 0681W 150Erm -55035 17 2796.5 0.5 2.55 us 0.10 10+# 13 1984 IT=100
+150 0690 150Tm -46490# 200# *& 3# s (1+) 88Ni02j 1982 B+=100
+150 0691W 150Tmm -46350# 240# 140# 140# *& 2.20 s 0.06 (6-) 13 1981 B+=100;B+p=1.2 3
+150 0692W 150Tmn -45680# 240# 810# 140# 5.2 ms 0.3 10+# 13 1984 IT=100[gs=0,m=100]
+150 0700 150Yb -38640# 300# 700# ms >200ns 0+ 13 2000 B+ ?
+150 0710 150Lu -24640# 300# 45 ms 3 (5-,6-) 13 00Gi01j 1993 p=?;B+=29#
+150 0711 150Lum -24620# 300# 22 5 p 40 us 7 (1+,2+) 13 00Gi01j 1998 p=100
+151 0550 151Cs -34230# 500# 69 ms 26 3/2+# 09 16Wu.Atd 1979 B-=100;B-n=90#;B-2n=0.4#
+151 0560 151Ba -44940# 400# 167 ms 5 3/2-# 09 16Wu.Atd 1994 B-=100;B-n=7#
+151 0570 151La -53310 440 465 ms 24 5/2+# 09 16Wu.Atd 1994 B-=100;B-n=6#
+151 0580 151Ce -61225 18 1.76 s 0.06 (3/2-) 09 10Si03j 1997 B-=100
+151 0590 151Pr -66780 12 18.90 s 0.07 (3/2-) 09 1990 B-=100
+151 0591W 151Prm -66745 12 35.10 0.10 50 us 8 (7/2+) 09 12Ma03t 2006 IT=100
+151 0600 151Nd -70943.0 1.3 12.44 m 0.07 3/2+ 09 1938 B-=100
+151 0610 151Pm -73386 5 28.40 h 0.04 5/2+ 09 1952 B-=100
+151 0620 151Sm -74576.3 1.3 90 y 8 5/2- 09 1947 B-=100
+151 0621W 151Smm -74315.2 1.3 261.13 0.04 1.4 us 0.1 (11/2)- 09 1973 IT=100
+151 0630 151Eu -74652.9 1.3 4.6 Ey 1.2 5/2+ 09 14Ca13t 1933 IS=47.81 6;A=100
+151 0631W 151Eum -74456.7 1.3 196.245 0.010 58.9 us 0.5 11/2- 09 1958 IT=100
+151 0640 151Gd -74189 3 123.9 d 1.0 7/2- 09 1950 EC=100;A=1.0e-6 6
+151 0650 151Tb -71624 4 17.609 h 0.001 1/2(+) 09 1953 B+~100;A=0.0095 15
+151 0651W 151Tbm -71524 4 99.53 0.05 25 s 3 (11/2-) 09 1978 IT=93.4 20;B+=6.6 20
+151 0660 151Dy -68752 3 17.9 m 0.3 7/2(-) 09 1959 B+=?;A=5.6 4
+151 0670 151Ho -63623 8 35.2 s 0.1 11/2(-) 09 87Ne.Aj 1963 B+=?;A=22 3
+151 0671W 151Hom -63582 8 41.0 0.2 47.2 s 1.3 1/2(+) 09 87Ne.Aj 1963 A=77 18;B+ ?
+151 0680 151Er -58266 16 23.5 s 2.0 (7/2-) 09 1970 B+=100
+151 0681W 151Erm -55680 16 2586.0 0.5 580 ms 20 (27/2-) 09 1980 IT=95.3 3;B+=4.7 3
+151 0682W 151Ern -47979 16 10286.6 1.0 420 ns 50 (65/2-,61/2+) 09 09Fu05j 1990 IT=100
+151 0690 151Tm -50773 19 4.17 s 0.11 (11/2-) 09 1982 B+=100
+151 0691 151Tmm -50679 20 94 6 AD 6.6 s 2.0 (1/2+) 09 1987 B+=100
+151 0692W 151Tmn -48117 19 2655.67 0.22 451 ns 34 (27/2-) 09 1982 IT=100
+151 0700 151Yb -41540 300 1.6 s 0.5 (1/2+) 09 86To12t 1985 B+=100;B+p=?
+151 0701W 151Ybm -40790# 320# 750# 100# 1.6 s 0.5 (11/2-) 09 86To12t 1986 B+~100;B+p=?;IT=0.4#
+151 0702W 151Ybn -39000# 580# 2540# 500# 2.6 us 0.7 19/2-# 09 1993 IT=100
+151 0703W 151Ybp -39090# 580# 2450# 500# 20 us 1 27/2-# 09 1987 IT=100
+151 0710 151Lu -30110# 300# 78.4 ms 0.9 (11/2-) 09 15Ta12tj 1982 p=?;B+=37#
+151 0711 151Lum -30060# 300# 53 4 p 16.5 us 0.7 (3/2+) 09 15Ta12tj 1998 p=100
+152 0550 152Cs -28930# 500# 30# ms B- ?;B-n ?
+152 0560 152Ba -41710# 400# 139 ms 8 0+ 13 16Wu.Atd 2010 B-=100;B-n=5#
+152 0570 152La -49290# 300# 287 ms 16 13 16Wu.Atd 1994 B-=100;B-n=50#
+152 0580 152Ce -58980# 200# 1.42 s 0.02 0+ 13 16Wu.At 1990 B-=100
+152 0590 152Pr -63758 19 3.57 s 0.11 4+ 13 99To04j 1983 B-=100
+152 0591W 152Prm -63643 19 114.8 0.2 4.1 us 0.1 (3+) 13 1990 IT=100
+152 0600 152Nd -70149 24 11.4 m 0.2 0+ 13 1969 B-=100
+152 0610 152Pm -71254 26 * 4.12 m 0.08 1+ 13 1958 B-=100
+152 0611 152Pmm -71110 80 140 90 BD* 7.52 m 0.08 4- 13 1971 B-=100
+152 0612W 152Pmn -71000# 150# 250# 150# * 13.8 m 0.2 (8) 13 1971 B-~100;IT=?
+152 0620 152Sm -74762.6 1.2 stbl 0+ 13 1933 IS=26.75 16
+152 0630 152Eu -72888.3 1.3 13.517 y 0.009 3- 13 1938 B+=72.08 13;B-=27.92 13
+152 0631W 152Eum -72842.7 1.3 45.5998 0.0004 9.3116 h 0.0013 0- 13 1958 B-=73 3;B+=27 3
+152 0632W 152Eun -72823.0 1.3 65.2969 0.0004 940 ns 80 1- 13 1978 IT=100
+152 0633W 152Eup -72810.1 1.3 78.2331 0.0004 165 ns 10 1+ 13 1978 IT=100
+152 0634W 152Euq -72798.5 1.3 89.8496 0.0004 384 ns 10 4+ 13 1970 IT=100
+152 0635W 152Eur -72740.4 1.3 147.86 0.10 95.8 m 0.4 8- 13 15Hu02t 1963 IT=100
+152 0640 152Gd -74706.9 1.2 108 Ty 8 0+ 13 1938 IS=0.20 1;A=100;2B+ ?
+152 0650 152Tb -70720 40 17.5 h 0.1 2- 13 1959 B+=100;A<7e-7
+152 0651W 152Tbm -70380 40 342.15 0.16 960 ns 10 5- 13 1972 IT=100
+152 0652W 152Tbn -70220 40 501.74 0.19 4.2 m 0.1 8+ 13 1971 IT=78.9 6;B+=21.1 6
+152 0660 152Dy -70118 5 2.38 h 0.02 0+ 13 1958 EC~100;A=0.100 7
+152 0670 152Ho -63605 13 161.8 s 0.3 2- 13 1963 B+=88 3;A=12 3
+152 0671W 152Hom -63445 13 160 1 49.8 s 0.2 9+ 13 1963 B+=89.2 17;A=10.8 17
+152 0672W 152Hon -60585 13 3019.59 0.19 8.4 us 0.3 19- 13 1997 IT=100
+152 0680 152Er -60500 9 10.3 s 0.1 0+ 13 1963 A=90 4;B+=10 4
+152 0690 152Tm -51720 50 * 8.0 s 1.0 (2#)- 13 1980 B+=100
+152 0691 152Tmm -51820 240 -100 250 * 5.2 s 0.6 (9)+ 13 1980 B+=100
+152 0692W 152Tmn -49060# 140# 2665# 130# 294 ns 12 (17+) 13 1986 IT=100
+152 0700 152Yb -46270 150 3.03 s 0.06 0+ 13 1982 B+=100
+152 0701W 152Ybm -43530 150 2744.5 1.0 30 us 1 (10+) 13 1995 IT=100
+152 0710 152Lu -33420# 200# 650 ms 70 (4-,5-,6-) 13 88Ni02t 1987 B+=100;B+p=15 7
+153 0560 153Ba -36470# 400# 116 ms 52 5/2-# 16Wu.Atd 2016 B-=100;B-n=3#;B-2n=0#
+153 0570 153La -46060# 300# 245 ms 18 5/2+# 06 16Wu.Atd 1994 B-=100;B-n=50#
+153 0580 153Ce -54910# 200# 865 ms 25 3/2-# 06 16Wu.Atd 1994 B-=100;B-n=0.01#
+153 0590 153Pr -61568 12 4.28 s 0.11 5/2-# 06 1987 B-=100;B-n=0.02#
+153 0600 153Nd -67330.3 2.7 31.6 s 1.0 (3/2)- 06 1987 B-=100
+153 0601W 153Ndm -67138.6 2.9 191.7 1.0 1.10 us 0.04 (5/2+) 06 10Si03tj 1996 IT=100
+153 0610 153Pm -70648 9 5.25 m 0.02 5/2- 06 1962 B-=100
+153 0620 153Sm -72559.7 1.2 46.284 h 0.004 3/2+ 06 1938 B-=100
+153 0621W 153Smm -72461.3 1.2 98.37 0.10 10.6 ms 0.3 11/2- 06 1971 IT=100
+153 0630 153Eu -73367.2 1.3 stbl >550Py 5/2+ 06 12Da16t 1933 IS=52.19 6
+153 0631W 153Eum -71596.2 1.4 1771.0 0.4 475 ns 10 19/2- 06 2000 IT=100
+153 0640 153Gd -72882.6 1.2 240.4 d 1.0 3/2- 06 1947 EC=100
+153 0641W 153Gdm -72787.4 1.2 95.1736 0.0008 3.5 us 0.4 9/2+ 06 1979 IT=100
+153 0642W 153Gdn -72711.4 1.2 171.188 0.004 76.0 us 1.4 (11/2-) 06 1967 IT=100
+153 0650 153Tb -71313 4 2.34 d 0.01 5/2+ 06 1957 B+=100
+153 0651W 153Tbm -71150 4 163.175 0.005 186 us 4 11/2- 06 1965 IT=100
+153 0660 153Dy -69143 4 6.4 h 0.1 7/2(-) 06 1958 B+~100;A=0.0094 14
+153 0670 153Ho -65012 5 2.01 m 0.03 11/2- 06 1963 B+~100;A=0.051 25
+153 0671W 153Hom -64943 5 68.7 0.3 9.3 m 0.5 1/2+ 06 1963 B+~100;A=0.18 8
+153 0672W 153Hon -62240 11 2772 10 229 ns 2 (31/2+) 06 1980 IT=100
+153 0680 153Er -60469 9 37.1 s 0.2 7/2(-) 06 85Ah.Aj 1963 A=53 3;B+=47 3
+153 0681W 153Erm -57671 9 2798.2 1.0 373 ns 9 (27/2-) 06 1979 IT=100
+153 0682W 153Ern -55221 9 5248.1 1.0 248 ns 32 (41/2-) 06 1979 IT=100
+153 0690 153Tm -53973 12 1.48 s 0.01 (11/2-) 06 1964 A=91 3;B+=9 3
+153 0691W 153Tmm -53930 12 43.2 0.2 2.5 s 0.2 (1/2+) 06 1988 A=92 3;B+=?
+153 0700 153Yb -47210# 200# 4.2 s 0.2 7/2-# 06 88Wi05d 1977 B+=?;A=50#;B+p=0.008 2
+153 0701W 153Ybm -44510# 220# 2700 100 15 us 1 27/2- 06 1989 IT=100
+153 0710 153Lu -38370 150 900 ms 200 11/2- 06 97Ir01d 1989 B+ ?;A=?;p=0
+153 0711 153Lum -38290 150 80 5 IT 1# s 1/2+ 06 97Ir01ed 1997 B+ ?;A=?;IT=?;p=0
+153 0712W 153Lun -35870 150 2502.5 0.4 >100 ns 23/2- 06 1993 IT=100
+153 0713W 153Lup -35740 150 2632.9 0.5 15 us 3 27/2- 06 1993 IT=100
+153 0720 153Hf -27300# 300# 400# ms >200ns 1/2+# 06 00So11i 2000 B+ ?
+153 0721W 153Hfm -26550# 320# 750# 100# 500# ms 11/2-# B+ ?;IT ?
+154 0560 154Ba -32820# 500# 53 ms 48 0+ 16Wu.Atd 2016 B-=100
+154 0570 154La -41530# 300# 161 ms 15 16Wu.Atd 2016 B-=100;B-n=20#;B-2n=0.1#
+154 0580 154Ce -52220# 200# 722 ms 14 0+ 09 16Wu.Atd 1994 B-=100;B-n=0.1#
+154 0590 154Pr -58100 110 2.3 s 0.1 (3+) 09 1988 B-=100;B-n=0.2#
+154 0600 154Nd -65820 50 25.9 s 0.2 0+ 09 1970 B-=100
+154 0601W 154Ndm -64520 50 1297.9 0.4 3.2 us 0.3 (4-) 09 09Si21etj1970 IT=100
+154 0610 154Pm -68510 50 IT* 2.68 m 0.07 (4+) 09 12So10j 1958 B-=100
+154 0611 154Pmm -68490 40 20 12 * 1.73 m 0.10 (1-) 09 12So10j 1958 B-=100
+154 0620 154Sm -72455.2 1.5 stbl >2.3Ey 0+ 09 1933 IS=22.75 29;2B- ?
+154 0630 154Eu -71738.1 1.3 8.601 y 0.010 3- 09 1947 B-~100;EC=0.018 12
+154 0631W 154Eum -71669.9 1.3 68.1702 0.0004 2.2 us 0.1 2+ 09 1964 IT=100
+154 0632W 154Eun -71592.8 1.3 145.3 0.3 46.3 m 0.4 (8-) 09 1975 IT=100
+154 0640 154Gd -73706.0 1.2 stbl 0+ 09 1938 IS=2.18 3
+154 0650 154Tb -70160 50 * 21.5 h 0.4 0(+#) 09 1950 B+~100;B-<0.1
+154 0651W 154Tbm -70150 50 12 7 * 9.994 h 0.039 3- 09 09Gy01t 1972 B+=78.2 7;IT=21.8 7;B-<0.1
+154 0652W 154Tbn -69960# 160# 200# 150# * 22.7 h 0.5 7- 09 1972 B+=98.2 6;IT=1.8 6
+154 0653W 154Tbp -62160# 900# 8000# 900# 513 ns 42 09 1982 IT ?
+154 0660 154Dy -70394 7 3.0 My 1.5 0+ 09 1961 A=100;2B+ ?
+154 0670 154Ho -64639 8 11.76 m 0.19 2- 09 1966 B+~100;A=0.019 5
+154 0671 154Hom -64397 27 243 28 AD 3.10 m 0.14 8+ 09 1968 B+=100;A<0.001;IT~0
+154 0680 154Er -62605 5 3.73 m 0.09 0+ 09 1963 B+~100;A=0.47 13
+154 0690 154Tm -54427 14 * 8.1 s 0.3 (2-) 09 1964 A=54 5;B+=46 5
+154 0691 154Tmm -54350 50 70 50 BD* 3.30 s 0.07 (9+) 09 1964 A=58 5;B+=42 5;IT ?
+154 0700 154Yb -49932 17 409 ms 2 0+ 09 1964 A=92.6 12;B+=7.4 12
+154 0710 154Lu -39720# 200# 1# s (2-) 09 1981 B+ ?
+154 0711 154Lum -39660# 200# 60 12 AD 1.12 s 0.08 (9+) 09 88Vi02d 1981 B+~100;B+p=?;B+A=?;A=0.002#
+154 0712W 154Lun -37000# 220# 2720# 100# 35 us 3 (17+) 09 1990 IT=100
+154 0720 154Hf -32670# 300# 2 s 1 0+ 09 1981 B+~100;A~0
+154 0721W 154Hfm -29960# 300# 2710# 30# 9 us 4 (10+) 09 1989 IT=100
+155 0570 155La -37930# 400# 101 ms 28 5/2+# 16Wu.Atd 2016 B-=100;B-n=60#;B-2n=0#
+155 0580 155Ce -47780# 300# 313 ms 7 5/2-# 05 16Wu.Atd 1994 B-=100;B-n=0.2#
+155 0590 155Pr -55415 17 1.47 s 0.3 5/2-# 05 16Wu.Atd 1992 B-=100;B-n=0.3#
+155 0600 155Nd -62284 9 8.9 s 0.2 3/2-# 05 1986 B-=100
+155 0610 155Pm -66940 5 41.5 s 0.2 (5/2-) 05 1982 B-=100
+155 0620 155Sm -70190.8 1.5 22.3 m 0.2 3/2- 05 1951 B-=100
+155 0621W 155Smm -70174.3 1.6 16.5 0.5 2.8 us 0.5 5/2+ 10Si03etj2010 IT=100
+155 0622W 155Smn -69652.2 1.7 538.6 0.7 1.00 us 0.08 11/2- 10Si03etj2010 IT=100
+155 0630 155Eu -71818.1 1.4 4.741 y 0.009 5/2+ 05 14Un01t 1947 B-=100
+155 0640 155Gd -72069.9 1.2 stbl 3/2- 05 1933 IS=14.80 12
+155 0641W 155Gdm -71948.8 1.2 121.05 0.19 31.97 ms 0.27 11/2- 05 1967 IT=100
+155 0650 155Tb -71250 10 5.32 d 0.06 3/2+ 05 1957 EC=100
+155 0660 155Dy -69156 10 9.9 h 0.2 3/2- 05 1958 B+=100
+155 0661W 155Dym -68922 10 234.33 0.03 6 us 1 (11/2-) 05 1970 IT=100
+155 0670 155Ho -66040 17 48 m 1 5/2+ 05 1959 B+=100
+155 0671W 155Hom -65898 17 141.97 0.11 880 us 80 (11/2-) 05 1984 IT=100
+155 0680 155Er -62209 6 5.3 m 0.3 (7/2-) 05 1969 B+~100;A=0.022 7
+155 0690 155Tm -56626 10 21.6 s 0.2 (11/2-) 05 1971 B+=99.11 24;A=0.89 24
+155 0691W 155Tmm -56585 12 41 6 45 s 3 1/2+ 05 FGK12aj 1990 B+>92;A<8
+155 0700 155Yb -50503 17 1.793 s 0.019 (7/2-) 05 1964 A=89 4;B+=11 4
+155 0710 155Lu -42545 19 68.6 ms 1.6 (11/2-) 05 1965 A=90 2;B+ ?
+155 0711 155Lum -42524 20 21 4 AD 138 ms 8 (1/2+) 05 1967 A=76 16;B+ ?
+155 0712 155Lun -40764 19 1781.0 2.0 AD 2.69 ms 0.03 25/2-# 05 1981 A~100;IT ?
+155 0720 155Hf -34170# 300# 840 ms 30 7/2-# 05 11Sa59t 1981 B+~100;A ?
+155 0730 155Ta -23930# 300# 3.2 ms 1.3 (11/2-) 07 2007 p=100
+156 0570 156La -33050# 400# 84 ms 78 16Wu.Atd 2016 B-=100;B-n ?
+156 0580 156Ce -44820# 300# 233 ms 9 0+ 16Wu.Atd 2016 B-=100;B-n=1#
+156 0590 156Pr -51570# 200# 444 ms 6 16Wu.Atd 1992 B-=100;B-n=0.7#
+156 0600 156Nd -60470 200 5.06 s 0.13 0+ 12 07Sh05t 1987 B-=100
+156 0601W 156Ndm -59040 200 1431.3 0.4 365 ns 145 (5-) 12 09Si21et 1998 IT=100
+156 0610 156Pm -64164 4 27.2 s 0.50 4+ 12 16Ko.Atj 1986 B-=100
+156 0611W 156Pmm -64014 4 150.3 0.1 5.6 s 0.6 1+ 12 16Ko.Atjd2007 IT~98;B-=2#
+156 0620 156Sm -69360 9 9.4 h 0.2 0+ 12 1951 B-=100
+156 0621W 156Smm -67962 9 1397.55 0.09 185 ns 7 5- 12 1974 IT=100
+156 0630 156Eu -70083 4 15.19 d 0.08 0+ 12 1947 B-=100
+156 0640 156Gd -72534.9 1.2 stbl 0+ 12 1933 IS=20.47 9
+156 0641W 156Gdm -70397.3 1.2 2137.60 0.05 1.3 us 0.1 7- 12 1969 IT=100
+156 0650 156Tb -70091 4 5.35 d 0.10 3- 12 1950 B+~100;B- ?
+156 0651W 156Tbm -70037 5 54 3 24.4 h 1.0 (7-) 12 1970 IT=100
+156 0652W 156Tbn -70003 4 88.4 0.2 5.3 h 0.2 (0+) 12 1950 IT=?;B+=?
+156 0660 156Dy -70529.0 1.2 stbl >1Ey 0+ 12 58Ri23t 1948 IS=0.056 3;A ?;2B+ ?
+156 0670 156Ho -65480 60 56 m 1 4- 12 1957 B+=100
+156 0671W 156Hom -65430 60 52.37 0.30 9.5 s 1.5 1- 12 1995 IT~100;B+ ?
+156 0672 156Hon -65304 28 170 70 MD 7.6 m 0.3 (9+) 12 1975 B+=75;IT ?
+156 0680 156Er -64212 25 19.5 m 1.0 0+ 12 1967 B+=100;A=17e-6 4
+156 0690 156Tm -56835 14 83.8 s 1.8 2- 12 1971 B+~100;A=0.064 10
+156 0691W 156Tmm -56440# 200# 400# 200# ~400 ns (11-) 12 1985 IT=100
+156 0692W 156Tmn non-exist RN 19 s 3 9+ 91To08i
+156 0700 156Yb -53266 9 26.1 s 0.7 0+ 12 1970 B+=90 2;A=10 2
+156 0710 156Lu -43700 50 * 494 ms 12 (2)- 12 1965 A=?;B+=5#
+156 0711 156Lum -43680 240 20 250 * 198 ms 2 (9)+ 12 96Pa01d 1979 A=94 6;B+ ?
+156 0720 156Hf -37820 150 23 ms 1 0+ 12 96Pa01d 1979 A=97 3;B+ ?
+156 0721 156Hfm -35860 150 1959.0 1.0 AD 480 us 40 8+ 12 96Pa01t 1979 A=100
+156 0730 156Ta -25860# 300# 106 ms 4 (2-) 12 1992 p=71 3;B+=29 3
+156 0731 156Tam -25770# 300# 94 8 AD 360 ms 40 (9+) 12 1993 B+=95.8 9;p=4.2 9
+157 0580 157Ce -39930# 400# 175 ms 41 7/2+# 16Wu.Atd 2016 B-=100;B-n=2#
+157 0590 157Pr -48540# 300# 307 ms 21 5/2-# 16Wu.Atd 2016 B-=100;B-n=6#
+157 0600 157Nd -56462 25 1.15 s 0.03 5/2-# 16 16Wu.Atd 1992 B-=100
+157 0610 157Pm -62297 7 10.56 s 0.10 (5/2-) 16 1987 B-=100
+157 0620 157Sm -66678 4 8.03 m 0.07 3/2-# 16 1973 B-=100
+157 0630 157Eu -69459 4 15.18 h 0.03 5/2+ 16 1951 B-=100
+157 0640 157Gd -70823.5 1.2 stbl 3/2- 16 1933 IS=15.65 2
+157 0641W 157Gdm -70759.6 1.2 63.916 0.005 460 ns 40 5/2+ 16 1964 IT=100
+157 0642W 157Gdn -70397.0 1.2 426.539 0.023 18.5 us 2.3 11/2- 16 1961 IT=100
+157 0650 157Tb -70763.4 1.2 71 y 7 3/2+ 16 1960 EC=100
+157 0660 157Dy -69425 5 8.14 h 0.04 3/2- 16 1953 B+=100
+157 0661W 157Dym -69263 5 161.99 0.03 1.3 us 0.2 9/2+ 16 1974 IT=100
+157 0662W 157Dyn -69226 5 199.38 0.07 21.6 ms 1.6 11/2- 16 1970 IT=100
+157 0670 157Ho -66833 23 12.6 m 0.2 7/2- 16 1966 B+=100
+157 0680 157Er -63414 27 18.65 m 0.10 3/2- 16 1966 B+=100
+157 0681W 157Erm -63259 27 155.4 0.3 76 ms 6 9/2+ 16 1971 IT=100
+157 0690 157Tm -58709 28 3.63 m 0.09 1/2+ 16 1974 B+=100
+157 0700 157Yb -53422 11 38.6 s 1.0 7/2- 16 1970 B+=99.5;A=0.5
+157 0710 157Lu -46441 12 6.8 s 1.8 (1/2+,3/2+) 16 1977 B+ ?;A=?
+157 0711 157Lum -46420 12 20.9 2.0 AD 4.79 s 0.12 (11/2-) 16 1972 B+=?;A=6 2
+157 0720 157Hf -38900# 200# 115 ms 1 (7/2-) 16 1965 A=94 4;B+=14 9
+157 0730 157Ta -29590 150 10.1 ms 0.4 1/2+ 16 1979 A=?;p=3.4 12;B+=1#
+157 0731 157Tam -29570 150 22 5 AD 4.3 ms 0.1 11/2- 16 1996 A=?;B+=1#;p=0
+157 0732 157Tan -28000 150 1593 9 AD 1.7 ms 0.1 25/2-# 16 1996 A=100
+157 0740 157W -19470# 400# 275 ms 40 (7/2-) 16 10Bi03d 2010 B+=100;A=0
+157 0743 157Wxp -19150# 400# 320 30 AD (9/2-) 16 2010 IT ?
+158 0580 158Ce -36660# 400# 99 ms 93 0+ 16Wu.Atd 2016 B-=100;B-n ?
+158 0590 158Pr -44330# 300# 181 ms 14 16Wu.Atd 2016 B-=100;B-n=10#
+158 0600 158Nd -54060# 200# 810 ms 30 0+ 13 16Wu.Atd 1992 B-=100
+158 0610 158Pm -59089 13 4.8 s 0.5 04 1987 B-=100
+158 0611W 158Pmm -58940# 50# 150# 50# >16 us 15YoZXtd 2015 IT=100
+158 0620 158Sm -65250 5 5.30 m 0.03 0+ 04 1970 B-=100
+158 0621W 158Smm -63971 5 1279.1 1.8 115 ns 18 (5-) 04 1973 IT=100
+158 0630 158Eu -67255 10 45.9 m 0.2 (1-) 04 1951 B-=100
+158 0640 158Gd -70689.5 1.2 stbl 0+ 04 1933 IS=24.84 7
+158 0650 158Tb -69470.7 1.4 180 y 11 3- 04 1957 B+=83.4 7;B-=16.6 7
+158 0651W 158Tbm -69360.4 1.8 110.3 1.2 10.70 s 0.17 0- 04 1957 IT~100;B-<0.6;B+<0.01
+158 0652W 158Tbn -69082.3 2.3 388.4 1.8 400 us 40 (7-) 04 1961 IT=100
+158 0660 158Dy -70407.3 2.4 stbl 0+ 04 1938 IS=0.095 3;A ?;2B+ ?
+158 0670 158Ho -66188 27 11.3 m 0.4 5+ 04 1961 B+~100;A ?
+158 0671W 158Hom -66121 27 67.199 0.010 28 m 2 2- 04 1960 IT>81;B+<19
+158 0672W 158Hon -66010# 80# 180# 70# 21.3 m 2.3 (9+) 04 1970 B+>93;IT<7#
+158 0680 158Er -65304 25 2.29 h 0.06 0+ 07 1961 EC=100
+158 0690 158Tm -58703 25 * 3.98 m 0.06 2- 04 1970 B+=100
+158 0691W 158Tmm -58650# 100# 50# 100# * ~20 ns (5+) 04 81Dr07t 1981 IT ?
+158 0700 158Yb -56010 8 1.49 m 0.13 0+ 04 1967 B+~100;A~0.0021 12
+158 0710 158Lu -47212 15 10.6 s 0.3 2- 04 95Ga.Aj 1979 B+=99.09 20;A=0.91 20
+158 0720 158Hf -42102 17 0.99 s 0.03 0+ 04 15Li24t 1965 B+=55.7 19;A=44.3 19
+158 0730 158Ta -31170# 200# 49 ms 8 (2-) 04 97Da07td 1979 A=96 4;B+ ?
+158 0731 158Tam -31030# 200# 141 11 AD 36.0 ms 0.8 (9+) 04 97Da07etj1979 A=95 5;B+ ?;IT ?
+158 0732 158Tan -28360# 200# 2805 16 AD 6.1 us 0.1 (19-) 14Ca03tjd2014 IT=98.6 2;A=1.4 2
+158 0740 158W -23630# 300# 1.25 ms 0.21 0+ 06 1981 A=100
+158 0741 158Wxm -21740# 300# 1889 8 AD 143 us 19 (8+) 06 1995 A=100
+159 0590 159Pr -41090# 400# 134 ms 43 5/2-# 16Wu.Atd 2016 B-=100;B-n=30#
+159 0600 159Nd -49810# 300# 500 ms 30 7/2+# 13 16Wu.Atd 2012 B-=100;B-n=0.02#
+159 0610 159Pm -56554 10 1.49 s 0.13 5/2-# 12 16Wu.At 1998 B-=100
+159 0611W 159Pmm -55089 10 1465.0 0.5 4.42 us 0.17 15YoZXetd2015 IT=100
+159 0620 159Sm -62208 6 11.37 s 0.15 5/2- 12 1986 B-=100
+159 0621W 159Smm -60931 6 1276.8 0.5 116 ns 8 (11/2-) 12 09Ur04et 2009 IT=100
+159 0630 159Eu -66043 4 18.1 m 0.1 5/2+ 12 1961 B-=100
+159 0640 159Gd -68561.4 1.2 18.479 h 0.004 3/2- 12 1949 B-=100
+159 0650 159Tb -69532.4 1.3 stbl 3/2+ 12 12Vi10j 1933 IS=100.
+159 0660 159Dy -69167.1 1.5 144.4 d 0.2 3/2- 12 1951 EC=100
+159 0661W 159Dym -68814.3 1.5 352.77 0.14 122 us 3 11/2- 12 1965 IT=100
+159 0670 159Ho -67330 3 33.05 m 0.11 7/2- 12 1958 B+=100
+159 0671W 159Hom -67124 3 205.91 0.05 8.30 s 0.08 1/2+ 12 1966 IT=100
+159 0680 159Er -64561 4 36 m 1 3/2- 12 1962 B+=100
+159 0681W 159Erm -64378 4 182.602 0.024 337 ns 14 9/2+ 12 1971 IT=100
+159 0682W 159Ern -64132 4 429.05 0.03 590 ns 60 11/2- 12 1971 IT=100
+159 0690 159Tm -60570 28 9.13 m 0.16 5/2+ 12 1971 B+=100
+159 0700 159Yb -55839 18 1.67 m 0.09 5/2(-) 12 1975 B+=100
+159 0710 159Lu -49710 40 * 12.1 s 1.0 1/2+ 12 FGK12aj 1980 B+~100;A=0.1#
+159 0711W 159Lum -49610# 90# 100# 80# * 10# s 11/2-# B+ ?;IT ?;A ?
+159 0720 159Hf -42853 17 5.20 s 0.10 7/2- 12 96Pa01t 1973 B+=65 7;A=35 7
+159 0730 159Ta -34439 20 1.04 s 0.09 1/2+ 12 97Da07t 1979 B+ ?;A=34 5
+159 0731 159Tam -34375 19 64 5 AD 560 ms 60 11/2- 12 1994 A=55 1;B+ ?
+159 0740 159W -25300# 300# 8.2 ms 0.7 7/2-# 12 96Pa01td 1981 A=82 16;B+ ?
+159 0750 159Re -14750# 310# 40# us 1/2+# 2006 p ?;A ?
+159 0751 159Rem -14540# 300# 210# 50# 21.6 us 3.3 11/2- 12 07Pa27t 2006 p=?;A=7.5 35
+160 0590 160Pr -36520# 400# 170 ms 140 16Wu.Atd 2016 B-=100
+160 0600 160Nd -47130# 300# 439 ms 37 0+ 13 16Wu.Atd 1985 B-=100;B-n=0.08#
+160 0610 160Pm -53000# 200# 725 ms 57 0-# 13 16Wu.Atd 2012 B-=100;B-n=0.03#
+160 0620 160Sm -60235 6 9.6 s 0.3 0+ 05 1986 B-=100
+160 0621W 160Smm -58874 6 1361.3 0.4 120 ns 46 (5-) 09Si21etj2009 IT=100
+160 0622W 160Smn -57478 6 2757.3 0.4 1.8 us 0.4 (11+) 16Pa01etj2016 IT=100
+160 0630 160Eu -63480 10 42.4 s 0.2 (5-) 05 16Ha.Atj 1973 B-=100
+160 0631W 160Eum -63400 12 80 7 29.9 s 0.3 (1-) 05 16Ha.Aetj2016 B-=100
+160 0640 160Gd -67941.7 1.3 stbl >31Ey 0+ 05 01Da22t 1933 IS=21.86 19;2B- ?
+160 0650 160Tb -67836.3 1.3 72.3 d 0.2 3- 05 1943 B-=100
+160 0660 160Dy -69672.7 0.8 stbl 0+ 05 1938 IS=2.329 18
+160 0670 160Ho -66383 15 25.6 m 0.3 5+ 05 1950 B+=100
+160 0671W 160Hom -66323 15 59.98 0.03 5.02 h 0.05 2- 05 1955 IT=73 3;B+=27 3
+160 0672W 160Hon -66186 22 197 16 3 s (9+) 05 GAu e 1988 IT=100
+160 0680 160Er -66064 24 28.58 h 0.09 0+ 05 1954 EC=100
+160 0690 160Tm -60300 30 9.4 m 0.3 1- 05 1970 B+=100
+160 0691W 160Tmm -60230 40 70 20 74.5 s 1.5 (5+) 05 1983 IT=85 5;B+=15 5
+160 0692W 160Tmn -60200# 60# 100# 50# ~200 ns (8) 05 1986 IT=100
+160 0700 160Yb -58163 7 4.8 m 0.2 0+ 05 1967 B+=100
+160 0710 160Lu -50270 60 * 36.1 s 0.3 2-# 05 1979 B+=100;A<1e-4
+160 0711W 160Lum -50270# 120# 0# 100# * 40 s 1 05 1980 B+~100;A ?
+160 0720 160Hf -45939 10 13.6 s 0.2 0+ 05 1973 B+=99.3 2;A=0.7 2
+160 0730 160Ta -35820 50 & 1.70 s 0.20 (2-) 05 96Pa01jd 1979 B+ ?;A=?
+160 0731 160Tam -35710 240 110 250 & 1.55 s 0.04 (9)+ 05 96Pa01tj 1979 B+=66#;A=?
+160 0740 160W -29330 150 90 ms 5 0+ 05 96Pa01td 1979 A=87 8;B+ ?
+160 0750 160Re -16740# 300# 611 us 7 (4-) 05 11Da12tjd1992 p=89 1;A=11 1
+160 0751 160Rem -16560# 300# 182 16 2.8 us 0.1 (9+) 11Da01jt 2011 IT=100
+161 0600 161Nd -42590# 400# 215 ms 76 1/2-# 13 16Wu.Atd 2012 B-=100;B-n=0.6#
+161 0610 161Pm -50240# 300# 1.05 s 0.15 5/2-# 13 16Wu.Atd 2012 B-=100;B-n=0.4#
+161 0611W 161Pmm -49270# 300# 966.0 0.5 0.89 us 0.09 (13/2+) 15YoZXetj2015 IT=100
+161 0620 161Sm -56672 7 4.8 s 0.4 7/2+# 11 1998 B-=100
+161 0630 161Eu -61792 10 26.2 s 2.3 5/2+# 11 16Wu.At 1986 B-=100
+161 0640 161Gd -65505.8 1.6 3.646 m 0.003 5/2- 11 94It.At 1949 B-=100
+161 0650 161Tb -67461.6 1.4 6.89 d 0.02 3/2+ 11 1949 B-=100
+161 0660 161Dy -68055.8 0.8 stbl 5/2+ 11 1934 IS=18.889 42
+161 0661W 161Dym -67570.2 0.8 485.56 0.16 760 ns 170 11/2- 11 12Sw01t 2012 IT=100
+161 0670 161Ho -67197.3 2.2 2.48 h 0.05 7/2- 11 1954 EC=100
+161 0671W 161Hom -66986.2 2.2 211.15 0.03 6.76 s 0.07 1/2+ 11 1965 IT=100
+161 0680 161Er -65202 9 3.21 h 0.03 3/2- 11 1954 B+=100
+161 0681W 161Erm -64806 9 396.44 0.04 7.5 us 0.7 11/2- 11 1969 IT=100
+161 0690 161Tm -61899 28 30.2 m 0.8 7/2+ 11 1959 B+=100
+161 0691W 161Tmm -61891 28 7.51 0.24 5# m (1/2+) 11 1981 B+ ?;IT ?
+161 0692W 161Tmn -61821 28 78.20 0.03 110 ns 3 7/2- 11 1981 IT=100
+161 0700 161Yb -57839 15 4.2 m 0.2 3/2- 11 1974 B+=100
+161 0710 161Lu -52562 28 77 s 2 1/2+ 11 1973 B+=100
+161 0711W 161Lum -52388 28 174 4 7.3 ms 0.4 (9/2-) 11 1973 IT=100
+161 0720 161Hf -46315 23 18.4 s 0.4 (7/2-) 15 1973 B+~100;A<0.13
+161 0721W 161Hfm -45986 23 329.0 0.5 4.8 us 0.2 (13/2+) 15 2014 IT=100
+161 0730 161Ta -38779 24 * 3# s (1/2+) 11 1979 B+ ?;A ?
+161 0731 161Tam -38718 12 61 23 AD* 3.08 s 0.11 (11/2-) 11 12Th13d 1979 B+ ?;A=7(3)
+161 0740 161W -30560# 200# 409 ms 16 7/2-# 11 96Pa01t 1973 A=73 3;B+=27 3
+161 0750 161Re -20840 150 440 us 1 1/2+ 11 06La16t 1979 p~100;A<1.4
+161 0751 161Rem -20720 150 123.7 1.3 IT 14.7 ms 0.3 11/2- 11 1979 A=93.0 3;p=7.0 3
+161 0760 161Os -9980# 400# 640 us 60 (7/2-) 11 2010 A~100
+162 0600 162Nd -39550# 400# 310 ms 200 0+ 16Wu.Atd 2012 B-=100
+162 0610 162Pm -46370# 300# 630 ms 180 6-# 13 16Wu.Atd 2012 B-=100;B-n=0.8#
+162 0620 162Sm -54530# 200# 2.7 s 0.3 0+ 07 16Wu.At 2005 B-=100
+162 0630 162Eu -58700 40 ~11 s (1+) 07 16Wu.At 1987 B-=100
+162 0631W 162Eum -58540 40 157 5 7.5 s 0.6 (6+) 07 16Ko.Aetj2016 B-=100
+162 0640 162Gd -64280 4 8.4 m 0.2 0+ 07 1967 B-=100
+162 0650 162Tb -65680 40 7.60 m 0.15 (1-) 16 1965 B-=100
+162 0660 162Dy -68181.5 0.8 stbl 0+ 07 1934 IS=25.475 36
+162 0661W 162Dym -65993.4 0.9 2188.1 0.3 8.3 us 0.3 8+ 11Sw02etd2011 IT=100
+162 0670 162Ho -66042 3 15.0 m 1.0 1+ 07 1957 B+=100
+162 0671W 162Hom -65936 3 105.87 0.06 67.0 m 0.7 6- 07 1961 IT=62;B+=38
+162 0680 162Er -66334.5 0.8 stbl >140Ty 0+ 07 56Po16t 1938 IS=0.139 5;A ?;2B+ ?
+162 0681W 162Erm -64308.5 0.8 2026.01 0.13 88 ns 16 7(-) 07 12Sw01tj 1974 IT=100
+162 0690 162Tm -61478 26 21.70 m 0.19 1- 07 1963 B+=100
+162 0691W 162Tmm -61350 50 130 40 24.3 s 1.7 5+ 07 GAu e 1974 IT ?;B+=19 4
+162 0700 162Yb -59826 15 18.87 m 0.19 0+ 07 1963 B+=100
+162 0710 162Lu -52830 80 * 1.37 m 0.02 1(-) 07 1978 B+=100
+162 0711W 162Lum -52710# 220# 120# 200# * 1.5 m 4-# 07 1980 B+~100;IT ?
+162 0712W 162Lun -52530# 220# 300# 200# * 1.9 m 07 1980 B+~100;IT ?
+162 0720 162Hf -49169 9 39.4 s 0.9 0+ 07 1982 B+~100;A=0.008 1
+162 0730 162Ta -39780 50 3.57 s 0.12 7+# 16 1985 B+~100;A=0.074 10;B+p ?
+162 0740 162W -33999 18 1.19 s 0.12 0+ 16 1973 B+ ?;A=45.2 16
+162 0750 162Re -22500# 200# 107 ms 13 (2-) 07 1979 A=94 6;B+ ?
+162 0751 162Rem -22330# 200# 175 9 AD 77 ms 9 (9+) 07 1979 A=91 5;B+ ?
+162 0760 162Os -14440# 300# 2.1 ms 0.1 0+ 07 1989 A=100
+163 0610 163Pm -43250# 400# 430 ms 350 5/2-# 13 16Wu.Atd 2012 B-=100;B-n=1#
+163 0620 163Sm -50720# 300# 1.3 s 0.5 1/2-# 13 16Wu.Atd 2012 B-=100
+163 0630 163Eu -56480 70 7.7 s 0.4 5/2+# 10 08Os02t 2007 B-=100
+163 0640 163Gd -61314 8 68 s 3 7/2+# 10 1982 B-=100
+163 0641W 163Gdm -61176 8 137.8 1.0 23.5 s 1.0 1/2-# 14Ha38etd2014 B-=100
+163 0650 163Tb -64596 4 19.5 m 0.3 3/2+ 10 1966 B-=100
+163 0660 163Dy -66381.2 0.8 stbl 5/2- 10 1934 IS=24.896 42
+163 0670 163Ho -66378.3 0.8 4.570 ky 0.025 7/2- 10 1957 EC=100
+163 0671W 163Hom -66080.4 0.8 297.88 0.07 1.09 s 0.03 1/2+ 10 1957 IT=100
+163 0672W 163Hon -64268.9 0.9 2109.4 0.4 800 ns 150 (23/2+) 12Sw01etj2012 IT=100
+163 0680 163Er -65168 5 75.0 m 0.4 5/2- 10 1953 B+=100
+163 0681W 163Erm -64723 5 445.5 0.6 580 ns 100 (11/2-) 10 1974 IT=100
+163 0690 163Tm -62729 6 1.810 h 0.005 1/2+ 10 1959 B+=100
+163 0691W 163Tmm -62642 6 86.92 0.05 380 ns 30 (7/2)- 10 1975 IT=100
+163 0700 163Yb -59299 15 11.05 m 0.35 3/2- 10 1967 B+=100
+163 0710 163Lu -54791 28 3.97 m 0.13 1/2(+) 10 1979 B+=100
+163 0720 163Hf -49264 25 40.0 s 0.6 (5/2-) 15 1982 B+=100;A<0.0001
+163 0730 163Ta -42530 40 10.6 s 1.8 1/2+ 10 FGK12aj 1985 B+~100;A~0.2
+163 0731 163Tam -42390# 40# 140# 18# AD 10# s (9/2-) FGK12aj B+ ?;A ?;IT ?
+163 0740 163W -34910 50 2.63 s 0.09 7/2- 10 1973 B+ ?;A=14 2
+163 0741W 163Wxm -34430 50 480.3 0.7 154 ns 3 13/2+ 10 2010 IT=100
+163 0750 163Re -26002 19 390 ms 70 1/2+ 10 1979 B+ ?;A=32 3
+163 0751 163Rem -25882 19 120 5 AD 214 ms 5 11/2- 10 1979 A=66 4;B+ ?
+163 0760 163Os -16190# 300# 5.5 ms 0.6 7/2- 10 13Dr06j 1981 A~100;B+ ?
+164 0610 164Pm -38870# 400# 200# ms B- ?;B-n ?
+164 0620 164Sm -48100# 300# 1.43 s 0.24 0+ 15 16Wu.Atd 2012 B-=100;B-n=0#
+164 0621W 164Smm -46620# 300# 1485.5 1.2 600 ns 140 (6-) 15 2014 IT=100
+164 0630 164Eu -53380# 110# 4.15 s 0.19 0-# 08 16Wu.At 2007 B-=100
+164 0640 164Gd -59770# 100# 45 s 3 0+ 06 1988 B-=100
+164 0650 164Tb -62080 100 3.0 m 0.1 (5+) 01 1968 B-=100
+164 0660 164Dy -65968.0 0.8 stbl 0+ 01 1934 IS=28.260 54
+164 0670 164Ho -64981.5 1.5 29 m 1 1+ 01 1938 EC=60 5;B-=40 5
+164 0671W 164Hom -64841.7 1.5 139.77 0.08 36.4 m 0.3 6- 01 08Ha21t 1966 IT=100
+164 0680 164Er -65942.9 0.8 stbl 0+ 01 1938 IS=1.601 3;A ?;2B+ ?
+164 0681W 164Erm -62566.8 1.4 3376.1 1.1 68 ns 2 (12+) 01 12Sw02t 1980 IT=100
+164 0690 164Tm -61904 24 * 2.0 m 0.1 1+ 01 1960 EC=61 1;e+=39 1
+164 0691W 164Tmm -61894 25 10 6 * 5.1 m 0.1 6- 01 GAu e 1971 IT~80;B+~20
+164 0700 164Yb -61017 15 75.8 m 1.7 0+ 01 1960 EC=100
+164 0710 164Lu -54642 28 3.14 m 0.03 1(-) 07 1977 B+=100
+164 0720 164Hf -51819 16 111 s 8 0+ 01 1981 B+=100
+164 0730 164Ta -43283 28 14.2 s 0.3 (3+) 08 1982 B+=100
+164 0740 164W -38236 10 6.3 s 0.2 0+ 01 1973 B+=96.2 12;A=3.8 12
+164 0750 164Re -27470 50 * 719 ms 161 (2-) 01 09Ha42td 1979 A=?;B+=42#
+164 0751 164Rem -27520 240 -50 250 * 890 ms 130 (9+) 09Ha42td 2009 B+ ?;A=3 1
+164 0760 164Os -20420 150 21 ms 1 0+ 01 1981 A=?;B+=2#
+164 0770 164Ir -7340# 310# 1# ms 2-# 06 p ?;A ?;B+ ?
+164 0771 164Irm -7080# 300# 260# 100# 70 us 10 (9+) 06 14Dr02td 2001 p=?;A=4 2;B+ ?
+165 0620 165Sm -43810# 400# 980 ms 210 5/2-# 13 16Wu.Atd 2012 B-=100;B-n=0.02#
+165 0630 165Eu -50720# 140# 2.53 s 0.25 5/2+# 08 16Wu.At 2007 B-=100;B-n=0.2#
+165 0640 165Gd -56450# 120# 11.0 s 0.9 1/2-# 06 16Wu.At 1998 B-=100
+165 0650 165Tb -60570# 100# 2.11 m 0.10 3/2+# 06 1983 B-=100
+165 0660 165Dy -63612.6 0.8 2.334 h 0.001 7/2+ 06 1935 B-=100
+165 0661W 165Dym -63504.4 0.8 108.1552 0.0013 1.257 m 0.006 1/2- 06 1963 IT=97.76 11;B-=2.24 11
+165 0670 165Ho -64899.0 1.0 stbl 7/2- 06 1934 IS=100.
+165 0671W 165Hom -64537.3 1.0 361.675 0.011 1.512 us 0.004 3/2+ 06 1958 IT=100
+165 0672W 165Hon -64183.7 1.0 715.33 0.02 <100 ns 7/2+ 06 1958 IT=100
+165 0680 165Er -64521.6 1.0 10.36 h 0.04 5/2- 06 1950 EC=100
+165 0681W 165Erm -63970.3 1.2 551.3 0.6 250 ns 30 11/2- 06 1970 IT=100
+165 0682W 165Ern -62698.6 1.2 1823.0 0.6 370 ns 40 (19/2) 12Sw01ejt2012 IT=100
+165 0690 165Tm -62929.6 1.7 30.06 h 0.03 1/2+ 06 1953 B+=100
+165 0691W 165Tmm -62849.2 1.7 80.37 0.06 80 us 3 7/2+ 06 1967 IT=100
+165 0692W 165Tmn -62769.1 1.7 160.47 0.06 9.0 us 0.5 7/2- 06 1968 IT=100
+165 0700 165Yb -60295 27 9.9 m 0.3 5/2- 06 1964 B+=100
+165 0701W 165Ybm -60168 27 126.80 0.09 300 ns 30 9/2+ 06 1980 IT=100
+165 0710 165Lu -56442 27 10.74 m 0.10 1/2+ 06 1973 B+=100
+165 0720 165Hf -51636 28 76 s 4 (5/2-) 06 1981 B+=100
+165 0730 165Ta -45848 14 31.0 s 1.5 (1/2+,3/2+) 06 FGK12aj 1982 B+=100
+165 0731 165Tam -45823 17 24 18 AD 30# s (9/2-) FGK12aj B+ ?; A ?
+165 0740 165W -38861 25 5.1 s 0.5 (5/2-) 06 1975 B+~100;A<0.2
+165 0750 165Re -30660 24 * 2.62 s 0.14 (1/2+) 15 05Sc22t 1981 B+ ?;A=14 8
+165 0751 165Rem -30632 12 27 22 AD* 1.74 s 0.06 (11/2-) 15 1978 B+ ?;A=13 1
+165 0760 165Os -21800# 200# 71 ms 3 (7/2-) 14 1978 A=90 2;B+ ?
+165 0770 165Ir -11590# 160# 50# ns <1us 1/2+# 06 97Da07i p ?;A ?
+165 0771 165Irm -11410 150 180# 50# 325 us 33 (11/2-) 06 14Dr02td 1996 p=87 4;A=12 2
+166 0620 166Sm -40730# 400# 800 ms 630 0+ 16Wu.Atd 2016 B-=100
+166 0630 166Eu -47210# 360# 1.24 s 0.12 6-# 14 16Wu.At 2007 B-=100;B-n=0.6#
+166 0640 166Gd -54530# 200# 5.1 s 0.8 0+ 15 16Wu.At 2005 B-=100
+166 0641W 166Gdm -52930# 200# 1601.5 1.1 950 ns 60 (6-) 15 2014 IT=100
+166 0650 166Tb -57880 70 27.1 s 1.5 (2-) 08 16Wu.At 1996 B-=100
+166 0660 166Dy -62584.8 0.9 81.6 h 0.1 0+ 08 1949 B-=100
+166 0670 166Ho -63071.3 1.0 26.824 h 0.012 0- 08 1936 B-=100
+166 0671W 166Hom -63065.3 1.0 5.969 0.012 1.133 ky 0.05 7- 08 12Ne05t 1952 B-=100
+166 0672W 166Hon -62880.4 1.0 190.9021 0.0020 185 us 15 3+ 08 1960 IT=100
+166 0680 166Er -64926.0 1.2 stbl 0+ 08 1934 IS=33.503 36
+166 0690 166Tm -61888 12 7.70 h 0.03 2+ 08 1948 B+=100
+166 0691W 166Tmm -61771 13 117 5 348 ms 21 (6-) 08 96Dr07t 1996 IT=100
+166 0692W 166Tmn -61649 13 239 5 2 us 1 (6-) 08 96Dr07edt1995 IT=100
+166 0700 166Yb -61596 7 56.7 h 0.1 0+ 08 1954 EC=100
+166 0710 166Lu -56021 30 2.65 m 0.10 6- 08 1969 B+=100
+166 0711W 166Lum -55990 30 34.37 0.22 1.41 m 0.10 3(-) 08 1974 B+=58 5;IT=42 5
+166 0712W 166Lun -55980 30 43.0 0.4 2.12 m 0.10 0- 08 1974 B+>80;IT<20
+166 0720 166Hf -53859 28 6.77 m 0.30 0+ 08 1965 B+=100
+166 0730 166Ta -46098 28 34.4 s 0.5 (2)+ 08 1977 B+=100
+166 0740 166W -41888 9 19.2 s 0.6 0+ 08 1975 B+~100;A=0.035 12
+166 0750 166Re -31890 70 2.25 s 0.21 (7+) 08 92Me10j 1978 B+=?;A=5 2
+166 0753 166Rep -31740# 90# 150# 50# 3-# 08
+166 0760 166Os -25432 18 213 ms 5 0+ 16 1977 A=72 13;B+=28 13
+166 0770 166Ir -13350# 200# 10.5 ms 2.2 (2-) 08 1981 A=93 3;p=7 3
+166 0771 166Irm -13180# 200# 171 6 p 15.1 ms 0.9 (9+) 08 1996 A=98.2 6;p=1.8 6
+166 0780 166Pt -4730# 300# 300 us 100 0+ 08 1996 A=100
+167 0630 167Eu -44010# 400# 1.33 s 0.51 5/2+# 13 16Wu.Atd 2012 B-=100;B-n=3#
+167 0640 167Gd -50810# 300# 4.2 s 0.3 5/2-# 13 16Wu.Atd 2012 B-=100
+167 0650 167Tb -55930# 200# 18.9 s 1.6 3/2+# 00 16Wu.At 1999 B-=100
+167 0660 167Dy -59930 60 6.20 m 0.08 (1/2-) 00 1960 B-=100
+167 0670 167Ho -62281 5 3.1 h 0.1 7/2- 00 1955 B-=100
+167 0671W 167Hom -62022 5 259.34 0.11 6.0 us 1.0 3/2+ 00 1977 IT=100
+167 0680 167Er -63291.2 1.2 stbl 7/2+ 00 1934 IS=22.869 9
+167 0681W 167Erm -63083.4 1.2 207.801 0.005 2.269 s 0.006 1/2- 00 1986 IT=100
+167 0690 167Tm -62543.6 1.3 9.25 d 0.02 1/2+ 00 1948 EC=100
+167 0691W 167Tmm -62364.1 1.3 179.480 0.019 1.16 us 0.06 (7/2)+ 00 1964 IT=100
+167 0692W 167Tmn -62250.8 1.3 292.820 0.020 0.9 us 0.1 7/2- 00 1965 IT=100
+167 0700 167Yb -60591 4 17.5 m 0.2 5/2- 00 1954 B+=100
+167 0701W 167Ybm -60019 4 571.548 0.022 ~180 ns (11/2)- 00 1976 IT=100
+167 0710 167Lu -57500 30 * 51.5 m 1.0 7/2+ 06 1958 B+=100
+167 0711W 167Lum -57500# 40# 0# 30# * >1 m 1/2(-#) 06 1998 IT ?;B+ ?
+167 0720 167Hf -53468 28 2.05 m 0.05 (5/2)- 00 1969 B+=100
+167 0730 167Ta -48351 28 1.33 m 0.07 (3/2+) 00 1982 B+=100
+167 0740 167W -42098 18 19.9 s 0.5 3/2-# 00 1985 B+=99.96 1;A=0.04 1
+167 0750 167Re -34830# 40# & 3.4 s 0.4 (9/2-) 00 10An01j 1992 A~100;B+ ?
+167 0751 167Rem -34700 40 128# 13# & 5.9 s 0.3 1/2+ 00 11Ko.Bej 1984 B+~99;A~1
+167 0760 167Os -26500 70 839 ms 5 7/2- 09 10Sc02tjd1977 A=51 4;B+ ?
+167 0761W 167Osm -26060 70 435.1 1.0 672 ns 7 (13/2+) 09 10Sc02e 2009 IT=100
+167 0770 167Ir -17072 18 29.3 ms 0.6 1/2+ 02 05Sc22td 1981 A=43 2;p=39.3 13;B+ ?
+167 0771 167Irm -16897 18 175.5 2.1 p 25.7 ms 0.8 11/2- 02 04Ke06t 1995 A=90 3;B+ ?;p=0.42 8
+167 0780 167Pt -6610# 300# 800 us 160 7/2-# 00 04Ke06t 1996 A=100
+168 0630 168Eu -39740# 500# 200 ms 100 2+# 13 16Wu.Atd 2012 B-=100;B-n=10#
+168 0640 168Gd -48360# 400# 3.03 s 0.16 0+ 13 16Wu.Atd 1985 B-=100
+168 0650 168Tb -52720# 300# 9.4 s 0.4 (4-) 10 16Wu.At 1999 B-=100
+168 0651W 168Tbm -52510# 300# 211 2 0.71 us 0.03 (6+) 16Gu.Aetj2016 IT=100
+168 0660 168Dy -58560 140 8.7 m 0.3 0+ 10 1982 B-=100
+168 0670 168Ho -60060 30 2.99 m 0.07 3+ 10 1960 B-=100
+168 0671W 168Hom -60000 30 59 1 132 s 4 (6+) 10 90Ch37e 1990 IT~100;B-<0.5
+168 0672W 168Hon -59920 30 143.43 0.17 >4 us (1)- 10 1990 IT=100
+168 0673W 168Hop -59870 30 192.57 0.20 108 ns 11 1+ 10 1990 IT=100
+168 0680 168Er -62991.2 1.2 stbl 0+ 10 1934 IS=26.978 18
+168 0681W 168Erm -61897.2 1.2 1094.0383 0.0016 109.0 ns 0.7 4- 10 1974 IT=100
+168 0690 168Tm -61312.9 1.7 93.1 d 0.2 3+ 10 1949 B+~100;B-=0.010 7
+168 0700 168Yb -61581.9 1.2 stbl >130Ty 0+ 10 56Po16t 1938 IS=0.123 3;A ?;2B+ ?
+168 0710 168Lu -57070 40 5.5 m 0.1 6(-) 10 1960 B+=100
+168 0711W 168Lum -56870 40 202.81 0.12 6.7 m 0.4 3+ 10 1960 B+>99.6 4;IT<0.8
+168 0720 168Hf -55361 28 25.95 m 0.20 0+ 10 1961 EC~98;e+~2
+168 0730 168Ta -48394 28 2.0 m 0.1 (2-,3+) 10 1969 B+=100
+168 0740 168W -44893 13 50.9 s 1.9 0+ 10 1971 B+~100;A=0.0032 10
+168 0750 168Re -35790 30 4.4 s 0.1 (7+) 10 1992 B+~100;A~0.005
+168 0760 168Os -29995 10 2.1 s 0.1 0+ 10 1977 B+=57 4;A=43 4
+168 0770 168Ir -18670 60 230 ms 50 (2-) 10 1978 A~100;B+ ?;B+p ?
+168 0771 168Irm -18620 240 50 250 163 ms 16 (9+) 10 09Ha42td 1996 A=77 9;B+ ?;B+p ?
+168 0780 168Pt -11010 150 2.02 ms 0.10 0+ 10 1981 A~100;B+=0.2#
+169 0640 169Gd -44150# 500# 750 ms 210 7/2-# 13 16Wu.Atd 2012 B-=100;B-n=0#
+169 0650 169Tb -50330# 300# 5.13 s 0.32 3/2+# 13 16Wu.Atd 2012 B-=100;B-n=0.01#
+169 0660 169Dy -55600 300 39 s 8 (5/2)- 08 1990 B-=100
+169 0670 169Ho -58797 20 4.72 m 0.10 7/2- 08 1963 B-=100
+169 0671W 169Hom -57411 20 1386.2 0.4 118 us 6 (19/2+) 10Dr05etj2010 IT=100
+169 0680 169Er -60923.1 1.2 9.392 d 0.018 1/2- 08 1956 B-=100
+169 0681W 169Erm -60831.1 1.2 92.05 0.10 285 ns 20 (5/2)- 08 1969 IT=100
+169 0682W 169Ern -60679.4 1.2 243.69 0.17 200 ns 10 7/2+ 08 1969 IT=100
+169 0690 169Tm -61275.2 0.8 stbl 1/2+ 08 1934 IS=100.
+169 0691W 169Tmm -60959.1 0.8 316.1463 0.0001 659.9 ns 2.3 7/2+ 08 1950 IT=100
+169 0700 169Yb -60377.6 1.2 32.018 d 0.005 7/2+ 08 1946 EC=100
+169 0701W 169Ybm -60353.4 1.2 24.1999 0.0016 46 s 2 1/2- 08 1949 IT=100
+169 0710 169Lu -58085 3 34.06 h 0.05 7/2+ 08 1955 B+=100
+169 0711W 169Lum -58056 3 29.0 0.5 160 s 10 (1/2-) 08 1965 IT=100
+169 0720 169Hf -54717 28 3.24 m 0.04 (5/2-) 08 1969 B+=100
+169 0730 169Ta -50290 28 4.9 m 0.4 (5/2+) 08 98Zh03j 1969 B+=100
+169 0740 169W -44918 15 74 s 6 5/2-# 08 1985 B+=100
+169 0750 169Re -38409 11 8.1 s 0.5 (9/2-) 15 92Me10d 1978 B+=?;A=0.005 3
+169 0751 169Rem -38234 14 175 13 AD 15.1 s 1.5 (1/2+,3/2+) 15 1984 B+ ?;A~0.2;IT ?
+169 0760 169Os -30723 25 3.46 s 0.11 (5/2-) 08 96Pa01t 1972 B+=86.3 8;A=13.7 8
+169 0770 169Ir -22094 23 353 ms 4 (1/2+) 08 12Th13d 1978 A=53 7;B+ ?
+169 0771 169Irm -21941 12 153 22 AD 280 ms 1 (11/2-) 08 12Th13td 1984 A=79 5;B+ ?;p ?
+169 0780 169Pt -12510# 200# 6.99 ms 0.09 (7/2-) 08 09Go16t 1981 A=?;B+=1#
+169 0790 169Au -1790# 300# 150# us 1/2+# p ?;A ?;B+ ?
+170 0640 170Gd -41380# 600# 420 ms 130 0+ 13 16Wu.Atd 2012 B-=100;B-n=0#
+170 0650 170Tb -46720# 400# 960 ms 68 2-# 13 16Wu.Atd 2012 B-=100;B-n=0.01#
+170 0660 170Dy -53660# 200# 54.9 s 8.0 0+ 10 16Wu.Atd 2010 B-=100
+170 0661W 170Dym -52020# 200# 1643.92 0.22 0.94 us 0.16 (6+) 16So.Aetj2016 IT=100
+170 0670 170Ho -56240 50 * 2.76 m 0.05 6+# 02 1960 B-=100
+170 0671 170Hom -56140 60 100 80 BD* 43 s 2 (1+) 02 1960 B-=100
+170 0680 170Er -60108.7 1.5 stbl >320Py 0+ 02 96De60t 1934 IS=14.910 36;2B- ?;A ?
+170 0690 170Tm -59795.9 0.8 128.6 d 0.3 1- 02 1936 B-~100;EC=0.131 10
+170 0691W 170Tmm -59612.7 0.8 183.197 0.004 4.12 us 0.13 (3)+ 02 1967 IT=100
+170 0700 170Yb -60763.919 0.010 stbl 0+ 02 1938 IS=2.982 39
+170 0701W 170Ybm -59505.46 0.14 1258.46 0.14 370 ns 15 4- 02 1981 IT=100
+170 0710 170Lu -57306 17 2.012 d 0.020 0+ 02 1951 B+=100
+170 0711W 170Lum -57213 17 92.91 0.09 670 ms 100 (4)- 02 1965 IT=100
+170 0720 170Hf -56254 28 16.01 h 0.13 0+ 06 1961 EC=100
+170 0730 170Ta -50138 28 6.76 m 0.06 (3)(+#) 02 1969 B+=100
+170 0740 170W -47291 13 2.42 m 0.04 0+ 02 1971 B+~100;A<1#
+170 0750 170Re -38913 23 9.2 s 0.2 (5+) 02 1974 B+~100;A<0.01#
+170 0760 170Os -33926 10 7.37 s 0.18 0+ 08 1972 B+=?;A=9.5 10
+170 0770 170Ir -23360# 90# 910 ms 150 (3-) 08 1977 B+ ?;A=5.2 17
+170 0771 170Irm -23200 70 160# 50# 811 ms 18 (8+) 08 1977 A=36 10;B+ ?;IT ?
+170 0780 170Pt -16299 18 13.93 ms 0.16 0+ 02 04Ke06t 1981 A=?;B+=2#
+170 0790 170Au -3750# 200# 290 us 50 (2-) 02 04Ke06td 2002 p=89 10;A=11 10
+170 0791 170Aum -3470# 200# 280 13 p 620 us 50 (9+) 02 04Ke06td 2002 p=58 5;A=42 5
+171 0650 171Tb -44030# 500# 1.23 s 0.10 3/2+# 13 16Wu.Atd 2012 B-=100;B-n=1#
+171 0660 171Dy -50190# 300# 4.07 s 0.40 7/2-# 13 16Wu.Atd 2012 B-=100
+171 0670 171Ho -54520 600 53 s 2 7/2-# 02 1989 B-=100
+171 0680 171Er -57719.0 1.6 7.516 h 0.002 5/2- 02 1938 B-=100
+171 0681W 171Erm -57520.4 1.6 198.6 0.1 210 ns 10 1/2- 02 1969 IT=100
+171 0690 171Tm -59210.3 1.0 1.92 y 0.01 1/2+ 02 1948 B-=100
+171 0691W 171Tmm -58785.3 1.0 424.9560 0.0015 2.60 us 0.02 7/2- 02 1948 IT=100
+171 0692W 171Tmn -57535.8 1.0 1674.5 0.3 1.7 us 0.2 19/2+ 09Wa06etj2009 IT=100
+171 0700 171Yb -59306.810 0.013 stbl 1/2- 02 1934 IS=14.09 14
+171 0701W 171Ybm -59211.528 0.013 95.282 0.002 5.25 ms 0.24 7/2+ 02 1968 IT=100
+171 0702W 171Ybn -59184.394 0.013 122.416 0.002 265 ns 20 5/2- 02 1968 IT=100
+171 0710 171Lu -57828.4 1.9 8.24 d 0.03 7/2+ 02 1951 B+=100
+171 0711W 171Lum -57757.3 1.9 71.13 0.08 79 s 2 1/2- 02 1965 IT=100
+171 0720 171Hf -55431 29 12.1 h 0.4 7/2+ 02 00Ye02j 1951 B+=100
+171 0721W 171Hfm -55409 29 21.93 0.09 29.5 s 0.9 1/2- 02 00Ye02j 1997 IT~100;B+ ?
+171 0730 171Ta -51720 28 23.3 m 0.3 (5/2-) 02 1969 B+=100
+171 0740 171W -47086 28 2.38 m 0.04 (5/2-) 02 1983 B+=100
+171 0750 171Re -41250 28 15.2 s 0.4 (9/2-) 02 1987 B+=100
+171 0760 171Os -34302 18 8.3 s 0.2 (5/2-) 02 1972 B+ ?;A=1.80 21
+171 0770 171Ir -26410 40 3.1 s 0.3 1/2+ 02 11Ko.Btj 1967 B+ ?;A=15 2
+171 0771 171Irm -26250# 40# 167# 12# 1.47 s 0.06 (11/2-) 02 11Ko.Bt 1967 A=54 5;B+ ?;p ?
+171 0780 171Pt -17470 70 45.5 ms 2.5 7/2- 10 10Sc02j 1981 A=90 7; B+ ?
+171 0781W 171Ptm -17060 70 412.6 1.0 901 ns 9 13/2+ 10 FGK128j 2010 IT=100
+171 0790 171Au -7562 21 22.3 us 2.4 (1/2+) 02 04Ke06t 1997 p~100;A ?
+171 0791 171Aum -7308 18 255 10 p 1.036 ms 0.016 11/2- 02 04Ke06td 1996 A=60.0 28;p=40.0 28
+171 0800 171Hg 3480# 300# 70 us 30 3/2-# 04 2004 A~100;B+=0.01#
+172 0650 172Tb -39850# 500# 760 ms 190 6+# 13 16Wu.Atd 2012 B-=100;B-n=1#
+172 0660 172Dy -48010# 300# 3.4 s 0.2 0+ 13 16Wa19td 2012 B-=100
+172 0661W 172Dym -46730# 300# 1278 1 710 ms 50 (8-) 16Wa19etj2016 B-=19 3;IT=81 3
+172 0670 172Ho -51480# 200# 25 s 3 0+# 15 1991 B-=100
+172 0680 172Er -56484 4 49.3 h 0.5 0+ 15 1956 B-=100
+172 0681W 172Erm -54983 4 1500.9 0.3 579 ns 62 (6+) 15 10Dr02etj2006 IT=100
+172 0690 172Tm -57374 6 63.6 h 0.3 2- 15 1956 B-=100
+172 0691W 172Tmm -56898 6 476.2 0.2 132 us 7 (6+) 15 2008 IT=100
+172 0700 172Yb -59255.446 0.014 stbl 0+ 95 1934 IS=21.68 13
+172 0701W 172Ybm -57705.02 0.06 1550.43 0.06 3.6 us 0.1 6- 95 1969 IT=100
+172 0710 172Lu -56736.0 2.3 6.70 d 0.03 4- 95 1951 B+=100
+172 0711W 172Lum -56694.1 2.3 41.86 0.04 3.7 m 0.5 1- 95 1962 IT=100;B+<0.18
+172 0712W 172Lun -56670.2 2.3 65.79 0.04 332 ns 20 (1)+ 95 1965 IT=100
+172 0713W 172Lup -56626.6 2.3 109.41 0.10 440 us 12 (1)+ 95 1965 IT=100
+172 0714W 172Luq -56522.4 2.3 213.57 0.17 150 ns (6-) 95 1974 IT=100
+172 0720 172Hf -56402 24 1.87 y 0.03 0+ 95 1951 EC=100
+172 0721W 172Hfm -54396 24 2005.84 0.11 163 ns 3 (8-) 95 1976 IT=100
+172 0730 172Ta -51330 28 36.8 m 0.3 (3+) 15 1964 B+=100
+172 0740 172W -49097 28 6.6 m 0.9 0+ 95 1964 B+=100
+172 0750 172Re -41540 40 * 15 s 3 (5+) 16 1972 B+=100
+172 0751W 172Rem -41540# 110# 0# 100# * 55 s 5 (2) 16 1977 B+=100
+172 0760 172Os -37244 13 19.2 s 0.9 0+ 95 95Hi02d 1971 B+=?;A=1.1 2
+172 0770 172Ir -27380 30 4.4 s 0.3 (3-,4-) 16 1967 B+ ?;A=2
+172 0771 172Irm -27240 30 139 10 AD 2.19 s 0.07 (7+) 16 1967 B+ ?;A=9.5 11
+172 0780 172Pt -21107 10 97.6 ms 1.3 0+ 10 10An02d 1981 A=97 3;B+ ?
+172 0790 172Au -9320 60 28 ms 4 (2-) 10 1993 A=?;p<2;B+ ?
+172 0791 172Aum -9160 240 160 250 11.0 ms 1.0 (9+) 10 09Ha42t 1993 A=?;p<2
+172 0800 172Hg -1060 150 231 us 9 0+ 10 1999 A~100;B+=0.1#
+173 0660 173Dy -43940# 400# 1.43 s 0.20 9/2+# 13 16Wu.Atd 2012 B-=100
+173 0670 173Ho -49350# 300# 6.90 s 0.48 7/2-# 13 16Wu.Atd 2012 B-=100
+173 0680 173Er -53650# 200# 1.434 m 0.017 (7/2-) 95 94It.At 1972 B-=100
+173 0690 173Tm -56256 4 8.24 h 0.08 (1/2+) 95 1961 B-=100
+173 0691W 173Tmm -55938 4 317.73 0.20 10.7 us 1.7 7/2- 95 12Hu10tj 1972 IT=100
+173 0692W 173Tmn -54350 4 1905.7 0.4 250 ns 69 19/2- 95 12Hu10etj2012 IT=100
+173 0693W 173Tmp -52208 4 4047.9 0.5 121 ns 28 35/2- 95 12Hu10etj2012 IT=100
+173 0700 173Yb -57551.225 0.011 stbl 5/2- 95 1934 IS=16.103 63
+173 0701W 173Ybm -57152.3 0.5 398.9 0.5 2.9 us 0.1 1/2- 95 1963 IT=100
+173 0710 173Lu -56880.9 1.6 1.37 y 0.01 7/2+ 95 1951 EC=100
+173 0711W 173Lum -56757.2 1.6 123.672 0.013 74.2 us 1.0 5/2- 95 1962 IT=100
+173 0720 173Hf -55412 28 23.6 h 0.1 1/2- 06 1951 B+=100
+173 0721W 173Hfm -55305 28 107.16 0.05 180 ns 8 5/2- 06 1973 IT=100
+173 0722W 173Hfn -55215 28 197.47 0.10 160 ns 40 7/2+ 06 1973 IT=100
+173 0730 173Ta -52397 28 3.14 h 0.13 5/2- 95 1960 B+=100
+173 0731W 173Tam -52224 28 173.10 0.21 225 ns 15 9/2- 95 95Ca27e 1977 IT=100
+173 0732W 173Tan -50678 28 1719.4 1.0 132 ns 3 21/2- 06Th07etj2006 IT=100
+173 0740 173W -48727 28 7.6 m 0.2 5/2- 95 1963 B+=100
+173 0750 173Re -43554 28 2.0 m 0.3 (5/2-) 95 1986 B+=100
+173 0760 173Os -37438 15 22.4 s 0.9 5/2- 15 1971 B+~100;A=0.4 2
+173 0770 173Ir -30268 11 9.0 s 0.8 (1/2+,3/2+) 15 01Ko44j 1967 B+>93;A<7
+173 0771 173Irm -30042 11 226 9 AD 2.20 s 0.05 (11/2-) 15 01Ko44j 1967 B+=88 1;A=12 1
+173 0780 173Pt -21940 60 382 ms 2 (5/2-) 15 1966 A=86 4;B+ ?
+173 0790 173Au -12832 23 25.5 ms 0.8 (1/2+) 15 12Th13t 1983 A=86 13;B+=6#
+173 0791 173Aum -12619 12 214 21 AD 12.2 ms 0.1 (11/2-) 15 99Po09d 1984 A=89 11;B+=4#
+173 0800 173Hg -2710# 200# 800 us 80 3/2-# 15 1999 A=100
+174 0660 174Dy -41370# 500# 1# s >300ns 0+ 13 12Ku26i 2012 B- ?;B-n=0#
+174 0670 174Ho -45690# 300# 3.2 s 1.1 8-# 13 16Wu.Atd 2012 B-=100
+174 0680 174Er -51950# 300# 3.2 m 0.2 0+ 99 1989 B-=100
+174 0681W 174Erm -50840# 300# 1111.6 1.1 3.9 s 0.3 8- 16Wu.At 2006 IT=100
+174 0690 174Tm -53860 40 5.4 m 0.1 (4)- 99 1960 B-=100
+174 0691W 174Tmm -53610 40 252.4 0.5 2.29 s 0.01 (0+) 06Ch10tjd2006 IT>98.5; B-<1.5
+174 0700 174Yb -56944.512 0.011 stbl 0+ 99 1934 IS=32.026 80
+174 0701W 174Ybm -55426.364 0.017 1518.148 0.013 830 us 40 6+ 99 1964 IT=100
+174 0702W 174Ybn -55179.3 0.5 1765.2 0.5 256 ns 11 7- 05Dr05ejt2005 IT=100
+174 0710 174Lu -55570.2 1.6 3.31 y 0.05 1- 99 98Ge13j 1951 B+=100
+174 0711W 174Lum -55399.4 1.6 170.83 0.05 142 d 2 6- 99 98Ge13j 1960 IT=99.38 2;EC=0.62 2
+174 0712W 174Lun -55329.4 1.6 240.818 0.004 395 ns 15 (3+) 99 1980 IT=100
+174 0713W 174Lup -55205.0 1.6 365.183 0.006 145 ns 3 (4-) 99 1980 IT=100
+174 0714W 174Luq -53714.5 1.7 1855.7 0.5 194 ns 24 13+ 09Ko19etj2009 IT=100
+174 0715W 174Lur -49720.6 1.8 5849.6 0.9 242 ns 19 (26-) 09Ko19etj2009 IT=100
+174 0720 174Hf -55844.5 2.3 2.0 Py 0.4 0+ 04 1939 IS=0.16 1;A=100;2B+ ?
+174 0721W 174Hfm -54295.2 2.9 1549.3 1.8 138 ns 4 6+ 04 FGK129j 1976 IT=100
+174 0722W 174Hfn -54047.0 2.9 1797.5 1.8 2.39 us 0.04 8- 04 FGK129j 1974 IT=100
+174 0723W 174Hfp -52532.8 2.9 3311.7 1.8 3.7 us 0.2 14+ 04 FGK129j 1974 IT=100
+174 0730 174Ta -51741 28 1.14 h 0.08 3+ 99 1960 B+=100
+174 0740 174W -50227 28 33.2 m 2.1 0+ 99 1964 B+=100
+174 0741W 174Wxm -48555 28 1672.0 0.5 >187 ns 99 1976 IT=100
+174 0742W 174Wxn -48307 28 1919.7 0.5 187 ns 25 99 1976 IT=100
+174 0743W 174Wxp -47959 28 2267.8 0.4 158 ns 3 8- 06Ta13etj2006 IT=100
+174 0744W 174Wxq -46711 28 3515.6 0.4 128 ns 8 12+ 06Ta13etj2006 IT=100
+174 0750 174Re -43673 28 2.40 m 0.04 3+# 99 1972 B+=100
+174 0751W 174Rem -43570# 60# 100# 50# 1# m >1us 7+# 12Gu14t 2012 IT ?;B+ ?
+174 0760 174Os -39995 10 44 s 4 0+ 99 1971 B+~100;A=0.024 7
+174 0770 174Ir -30863 24 7.9 s 0.6 (3+) 99 1967 B+=99.5 3;A=0.5 3
+174 0771 174Irm -30671 23 192 11 AD 4.9 s 0.3 (7+) 99 1992 B+=97.5 3;A=2.5 3
+174 0780 174Pt -25318 10 889 ms 17 0+ 99 1966 A=76 8;B+ ?
+174 0790 174Au -14240# 90# 139 ms 3 low 99 02Ro17td 1983 A=90 6;B+ ?
+174 0791 174Aum -13990 70 250# 50# 171 ms 29 high 96Pa01tj 1995 A=?;B+ ?
+174 0800 174Hg -6641 19 2.0 ms 0.4 0+ 99 99Se14t 1997 A~100;B+=0.4#
+175 0670 175Ho -43200# 400# 1.88 s 0.55 7/2-# 13 16Wu.Atd 2012 B-=100;B-n=0#
+175 0680 175Er -48650# 400# 1.2 m 0.3 9/2+# 04 1996 B-=100
+175 0690 175Tm -52310 50 15.2 m 0.5 1/2+# 04 1961 B-=100
+175 0691W 175Tmm -51870 50 440.0 1.1 319 ns 35 7/2- 04 12Hu10etj2012 IT=100
+175 0692W 175Tmn -50790 50 1517.7 1.2 21 us 14 23/2+ 04 12Hu10etj2012 IT=100
+175 0700 175Yb -54695.55 0.07 4.185 d 0.001 7/2- 04 12Fl05j 1945 B-=100
+175 0701W 175Ybm -54180.68 0.07 514.866 0.004 68.2 ms 0.3 1/2- 04 1972 IT=100
+175 0710 175Lu -55165.6 1.2 stbl 7/2+ 04 1934 IS=97.401 13
+175 0711W 175Lum -54812.1 1.2 353.48 0.13 1.49 us 0.07 5/2- 04 1965 IT=100
+175 0712W 175Lun -53773.4 1.3 1392.2 0.6 984 us 30 19/2+ 04 98Wh02j 1998 IT=100
+175 0720 175Hf -54481.7 2.3 70.65 d 0.19 5/2(-) 04 12Fa07t 1949 EC=100
+175 0721W 175Hfm -54355.8 2.3 125.89 0.12 53.7 us 1.5 1/2- 04 1964 IT=100
+175 0722W 175Hfn -53048.3 2.3 1433.41 0.12 1.10 us 0.08 19/2+ 04 95Gj01j 1990 IT=100
+175 0723W 175Hfp -51466.1 2.3 3015.6 0.4 1.21 us 0.15 35/2- 04 95Gj01j 1980 IT=100
+175 0724W 175Hfq -49845.5 2.6 4636.2 1.2 1.9 us 0.1 45/2+ 04 04Ko.Ajt 1990 IT=100
+175 0730 175Ta -52409 28 10.5 h 0.2 7/2+ 04 1960 B+=100
+175 0731W 175Tam -52278 28 131.41 0.17 222 ns 8 9/2- 04 96Ko17jt 1972 IT=100
+175 0732W 175Tan -52070 28 339.2 1.3 170 ns 20 (1/2+) 04 1969 IT=100
+175 0733W 175Tap -50841 28 1567.6 0.3 1.95 us 0.15 21/2- 04 96Ko17jt 1996 IT=100
+175 0740 175W -49633 28 35.2 m 0.6 (1/2-) 04 1963 B+=100
+175 0741W 175Wxm -49398 28 234.96 0.15 216 ns 6 (7/2+) 04 1978 IT=100
+175 0750 175Re -45288 28 5.89 m 0.05 5/2-# 04 1967 B+=100
+175 0760 175Os -40105 12 1.4 m 0.1 (5/2-) 04 1972 B+=100
+175 0770 175Ir -33395 12 9 s 2 5/2-# 04 1967 B+=99.15 28;A=0.85 28
+175 0780 175Pt -25713 18 2.43 s 0.04 (7/2-) 04 14Pe02t 1966 A=64 5;B+ ?
+175 0790 175Au -17400 40 202 ms 6 1/2+ 04 13An10tjd1975 A=88 3;B+ ?
+175 0791 175Aum -17240# 40# 167# 11# AD 134 ms 4 (11/2-) 04 11Ko.Btd 1975 A=75 4;B+ ?
+175 0800 175Hg -7970 70 10.6 ms 0.4 (7/2-) 09 1983 A=?;B+=1#
+175 0801W 175Hgm -7480 70 494 2 340 ns 30 (13/2+) 09 2009 IT=100
+176 0670 176Ho -39290# 500# 2# s >300ns 13 12Ku26i 2012 B- ?;B-n=0.1#
+176 0680 176Er -46630# 400# 20# s >300ns 0+ 13 12Ku26i 2012 B- ?
+176 0690 176Tm -49370 100 1.85 m 0.03 (4+) 06 94It.At 1961 B-=100
+176 0700 176Yb -53491.314 0.015 stbl >160Py 0+ 06 96De60t 1934 IS=12.996 83;2B- ?;A ?
+176 0701W 176Ybm -52441.5 0.6 1049.8 0.6 11.4 s 0.3 8- 06 1967 IT=?;B-<10#
+176 0710 176Lu -53382.2 1.2 36.84 Gy 0.18 7- 06 14Hu07t 1935 IS=2.599 13;B-=100
+176 0711W 176Lum -53259.4 1.2 122.845 0.004 3.664 h 0.019 1- 06 1935 B-~100;EC=0.095 16
+176 0712W 176Lun -51867.7 1.3 1514.5 0.5 312 ns 69 12+ 06 2000 IT=100
+176 0713W 176Lup -51794.7 1.6 1587.5 1.1 40 us 3 14+ 06 FGK128j 2000 IT=100
+176 0720 176Hf -54576.3 1.5 stbl 0+ 06 1934 IS=5.26 7
+176 0721W 176Hfm -53243.2 1.5 1333.07 0.07 9.6 us 0.3 6+ 06 1964 IT=100
+176 0722W 176Hfn -53017.0 1.5 1559.31 0.09 9.9 us 0.2 8- 06 1967 IT=100
+176 0723W 176Hfp -51710.5 1.7 2865.8 0.7 401 us 6 14- 06 1975 IT=100
+176 0724W 176Hfq -49712.8 2.2 4863.5 1.6 43 us 4 22- 06 10Mu13jt 1976 IT=100
+176 0730 176Ta -51370 30 8.09 h 0.05 (1)- 06 1948 B+=100
+176 0731W 176Tam -51270 30 103.0 1.0 1.08 ms 0.07 (7+) 06 78Du06et 1971 IT=100
+176 0732W 176Tan -49900 30 1474.0 1.4 3.8 us 0.4 14- 06 1978 IT=100
+176 0733W 176Tap -48500 30 2874.0 1.4 970 us 70 20- 06 1994 IT=100
+176 0740 176W -50642 28 2.5 h 0.1 0+ 06 1950 EC=100
+176 0750 176Re -45063 28 5.3 m 0.3 (3+) 06 1967 B+=100
+176 0760 176Os -42098 28 3.6 m 0.5 0+ 06 1970 B+=100
+176 0770 176Ir -33878 17 8.7 s 0.5 06 1967 B+=96.9 6;A=3.1 6
+176 0780 176Pt -28934 13 6.33 s 0.15 0+ 06 1966 B+ ?;A=40 2
+176 0790 176Au -18520 30 * 1.05 s 0.01 (3-,4-) 06 14An10j 1975 A=75 8;B+ ?
+176 0791 176Aum -18380 30 139 13 AD* 860 ms 160 (7+) 06 02Ro17t 2002 A=?;B+ ?
+176 0800 176Hg -11785 11 20.3 ms 1.4 0+ 06 1983 A=90 9;B+ ?
+176 0810 176Tl 580 80 6.2 ms 2.3 (3-,4-,5-) 09 2004 p~100;A ?;B+ ?
+177 0680 177Er -42860# 500# 3# s >300ns 1/2-# 13 12Ku26i 2012 B- ?
+177 0690 177Tm -47470# 300# 90 s 6 (7/2-) 03 1989 B-=100
+177 0700 177Yb -50986.40 0.22 1.911 h 0.003 9/2+ 03 12Fl05j 1945 B-=100
+177 0701W 177Ybm -50654.9 0.4 331.5 0.3 6.41 s 0.02 1/2- 03 12Fl05j 1962 IT=100
+177 0710 177Lu -52383.8 1.2 6.6457 d 0.0026 7/2+ 03 12Ko24t 1945 B-=100
+177 0711W 177Lum -52233.4 1.2 150.3967 0.0010 130 ns 3 9/2- 03 1949 IT=100
+177 0712W 177Lun -51814.1 1.2 569.7068 0.0016 155 us 7 1/2+ 03 1965 IT=100
+177 0713W 177Lup -51413.6 1.2 970.1750 0.0024 160.44 d 0.06 23/2- 03 1962 B-=78.6 8;IT=21.4 8
+177 0714W 177Luq -49612.2 1.4 2771.6 0.7 625 ns 62 33/2+ 04Dr06etj2004 IT=100
+177 0715W 177Lur -48853.5 1.4 3530.3 0.7 6 us 2 39/2- 03 11Ko.At 2003 IT=100
+177 0720 177Hf -52880.6 1.4 stbl 7/2- 03 1934 IS=18.60 9
+177 0721W 177Hfm -51565.1 1.4 1315.4504 0.0008 1.09 s 0.05 23/2+ 03 1966 IT=100
+177 0722W 177Hfn -51538.2 1.4 1342.38 0.20 55.9 us 1.2 (19/2-) 03 1976 IT=100
+177 0723W 177Hfp -50140.6 1.4 2740.02 0.15 51.4 m 0.5 37/2- 03 1971 IT=100
+177 0730 177Ta -51715 3 56.56 h 0.06 7/2+ 03 1948 B+=100
+177 0731W 177Tam -51642 3 73.36 0.15 410 ns 7 9/2- 03 1973 IT=100
+177 0732W 177Tan -51529 3 186.15 0.06 3.62 us 0.10 5/2- 03 1971 IT=100
+177 0733W 177Tap -50360 3 1355.01 0.19 5.31 us 0.25 21/2- 03 1971 IT=100
+177 0734W 177Taq -47059 3 4656.3 0.5 133 us 4 49/2- 03 1994 IT=100
+177 0740 177W -49702 28 132 m 2 1/2- 03 1950 B+=100
+177 0750 177Re -46269 28 14 m 1 5/2- 03 1957 B+=100
+177 0751W 177Rem -46184 28 84.71 0.10 50 us 10 5/2+ 03 1972 IT=100
+177 0760 177Os -41956 15 3.0 m 0.2 1/2- 03 1970 B+=100
+177 0770 177Ir -36047 20 30 s 2 5/2- 03 1967 B+~100;A=0.06 1
+177 0780 177Pt -29370 15 10.6 s 0.4 5/2- 03 1966 B+=94.3 5;A=5.7 5
+177 0781W 177Ptm -29223 15 147.4 0.4 2.2 us 0.3 1/2- 03 1979 IT=100
+177 0790 177Au -21545 10 1.46 s 0.03 (1/2+,3/2+) 03 01Ko44tj 1968 A=40 6;B+ ?
+177 0791 177Aum -21356 10 189 8 AD 1.180 s 0.012 11/2- 03 01Ko44etj1975 A=66 10;B+ ?
+177 0800 177Hg -12780 80 127.3 ms 1.8 (7/2-) 03 05Ca43j 1975 A=85;B+=15
+177 0801W 177Hgm -12460 80 323 1 1.50 us 0.15 (13/2+) 03Me20etj2003 IT=100
+177 0810 177Tl -3341 22 18 ms 5 (1/2+) 03 1999 A=73 13;p=27 13
+177 0811 177Tlm -2534 12 807 18 p 180 us 60 (11/2-) 03 04Ke06td 1997 p=51 8;A=49 8
+178 0680 178Er -40260# 600# 1# s >300ns 0+ 13 12Ku26i 2012 B- ?;B-n=0#
+178 0690 178Tm -44120# 400# 30# s >300ns 11 09St16i 2008 B- ?
+178 0700 178Yb -49695 10 74 m 3 0+ 09 1973 B-=100
+178 0710 178Lu -50337.8 2.3 28.4 m 0.2 1(+) 09 1957 B-=100
+178 0711 178Lum -50214 3 123.8 2.6 RQ 23.1 m 0.3 9(-) 09 98Ge13j 1951 B-=100
+178 0720 178Hf -52435.2 1.4 stbl 0+ 09 1934 IS=27.28 7
+178 0721W 178Hfm -51287.8 1.4 1147.416 0.006 4.0 s 0.2 8- 09 1960 IT=100
+178 0722W 178Hfn -49989.1 1.4 2446.09 0.08 31 y 1 16+ 09 1968 IT=100
+178 0723W 178Hfp -49862.8 1.4 2572.4 0.3 68 us 2 14- 09 1977 IT=100
+178 0730 178Ta -50600# 50# * 2.36 h 0.08 7-# 09 1950 B+=100
+178 0731 178Tam -50498 15 100# 50# * 9.31 m 0.03 1+# 09 96Ko13e 1950 B+=100
+178 0732W 178Tan -49130# 50# 1467.82 0.16 59 ms 3 15- 09 96Ko13etj1979 IT=100
+178 0733W 178Tap -47700# 50# 2901.9 0.7 290 ms 12 21- 09 96Ko13etj1996 IT=100
+178 0740 178W -50407 15 21.6 d 0.3 0+ 09 1950 EC=100
+178 0741W 178Wxm -43834 15 6572.7 0.3 220 ns 10 25+ 09 1998 IT=100
+178 0750 178Re -45653 28 13.2 m 0.2 (3+) 09 1957 B+=100
+178 0760 178Os -43544 14 5.0 m 0.4 0+ 09 1967 B+=100
+178 0770 178Ir -36252 20 12 s 2 09 1972 B+=100
+178 0780 178Pt -31998 10 20.7 s 0.7 0+ 09 1966 B+=92.3 3;A=7.7 3
+178 0790 178Au -22304 10 2.6 s 0.5 09 1968 B+<60;A>40
+178 0791 178Aum -22115 10 189 14 >1 s 15Ma.Aet 2015 B+ ?;A ?
+178 0793 178Aup -21939 24 365 21 AD
+178 0800 178Hg -16316 11 266.5 ms 2.4 0+ 09 12Ve04d 1971 A=89 4;B+ ?
+178 0810 178Tl -4790# 90# 255 ms 9 (4-,5-) 09 13Li49tjd1997 A=62 2;B+=38 2;B+SF=0.15 6
+178 0820 178Pb 3574 24 230 us 150 0+ 09 01Ro.Bt 2001 A~100;B+ ?
+179 0690 179Tm -41600# 500# 20# s >300ns 1/2+# 13 12Ku26i 2012 B- ?;B-n=0#
+179 0700 179Yb -46540# 200# 8.0 m 0.4 (1/2-) 09 1982 B-=100
+179 0710 179Lu -49059 5 4.59 h 0.06 7/2+ 09 1961 B-=100
+179 0711W 179Lum -48467 5 592.4 0.4 3.1 ms 0.9 1/2+ 09 1982 IT=100
+179 0720 179Hf -50462.9 1.4 stbl 9/2+ 09 1934 IS=13.62 2
+179 0721W 179Hfm -50087.9 1.4 375.0352 0.0025 18.67 s 0.04 1/2- 09 1962 IT=100
+179 0722W 179Hfn -49357.2 1.4 1105.74 0.16 25.05 d 0.25 25/2- 09 1970 IT=100
+179 0723W 179Hfp -46687.7 2.5 3775.2 2.1 15 us 5 (43/2+) 09 2000 IT=100
+179 0730 179Ta -50357.3 1.5 1.82 y 0.03 7/2+ 09 1950 EC=100
+179 0731W 179Tam -50326.6 1.5 30.7 0.1 1.42 us 0.08 9/2- 09 1964 IT=100
+179 0732W 179Tan -49837.1 1.5 520.23 0.18 280 ns 80 1/2+ 09 FGK128j 1974 IT=100
+179 0733W 179Tap -49104.7 1.5 1252.60 0.23 322 ns 16 21/2- 09 97Ko13j 1982 IT=100
+179 0734W 179Taq -49040.1 1.6 1317.2 0.4 9.0 ms 0.2 25/2+ 09 97Ko13j 1982 IT=100
+179 0735W 179Tar -49029.3 1.6 1328.0 0.4 1.6 us 0.4 23/2- 09 97Ko13j 1982 IT=100
+179 0736W 179Tax -47718.0 1.6 2639.3 0.5 54.1 ms 1.7 37/2+ 09 97Ko13j 1982 IT=100
+179 0740 179W -49295 15 37.05 m 0.16 7/2- 09 1950 B+=100
+179 0741W 179Wxm -49073 15 221.91 0.03 6.40 m 0.07 1/2- 09 1950 IT~100;B+=0.29 4
+179 0742W 179Wxn -47663 15 1631.90 0.08 390 ns 30 21/2+ 09 94Wa05j 1978 IT=100
+179 0743W 179Wxp -45947 15 3348.41 0.14 750 ns 80 35/2- 09 94Wa05j 1978 IT=100
+179 0750 179Re -46584 25 19.5 m 0.1 5/2+ 09 1960 B+=100
+179 0751W 179Rem -46519 25 65.35 0.09 95 us 25 (5/2-) 09 1972 IT=100
+179 0752W 179Ren -44760 60 1822 50 408 ns 12 (23/2+) 09 1972 IT=100
+179 0753W 179Rep -41176 25 5408.0 0.5 466 us 15 (47/2+,49/2+) 09 1989 IT=100
+179 0760 179Os -43019 17 6.5 m 0.3 1/2- 09 1968 B+=100
+179 0761W 179Osm -42874 17 145.41 0.12 500 ns (7/2)- 09 1983 IT=100
+179 0762W 179Osn -42776 17 243.0 0.8 783 ns 14 (9/2)+ 09 1983 IT=100
+179 0770 179Ir -38082 10 79 s 1 (5/2)- 09 1992 B+=100
+179 0780 179Pt -32268 8 21.2 s 0.4 1/2- 09 1966 B+~100;A=0.24 3
+179 0790 179Au -24989 12 7.1 s 0.3 (1/2+,3/2+) 09 1968 B+=78.0 9;A=22.0 9
+179 0791W 179Aum -24900 12 89.5 0.5 328 ns 2 (3/2-) 11Ve01etd2011 IT=100
+179 0800 179Hg -16928 27 1.05 s 0.03 7/2- 09 12Ve04d 1970 A=75 4;B+ ?;B+p~0.15
+179 0801W 179Hgm -16757 27 171.4 0.4 6.4 us 0.9 13/2+ 09 02Je09j 2002 IT=100
+179 0810 179Tl -8270 40 265 ms 10 1/2+ 09 13An10tjd1983 A=60 2;B+ ?
+179 0811 179Tlm -7440# 40# 825# 10# 1.41 ms 0.03 (11/2-) 09 11Ko.Btj 1983 A~100;IT ?;B+ ?
+179 0820 179Pb 2050 80 3.9 ms 1.1 (9/2-) 10 10An01tdj2010 A=100
+180 0690 180Tm -37920# 500# 5# s >300ns 15 2012 B- ?;B-n=0#
+180 0700 180Yb -44600# 300# 2.4 m 0.5 0+ 15 1987 B-=100
+180 0710 180Lu -46680 70 5.7 m 0.1 5+ 15 1971 B-=100
+180 0711W 180Lum -46670 70 13.9 0.3 ~1 s 3- 15 95Me03jt 1995 B- ?;IT ?
+180 0712W 180Lun -46060 70 624.0 0.5 >1 ms (9-) 15 2001 IT=100
+180 0720 180Hf -49779.3 1.4 stbl 0+ 15 1934 IS=35.08 16
+180 0721W 180Hfm -48637.7 1.4 1141.552 0.015 5.53 h 0.02 8- 15 1951 IT~100;B-=0.31 8
+180 0722W 180Hfn -48404.9 1.4 1374.36 0.04 570 us 20 (4-) 15 1990 IT=100
+180 0723W 180Hfp -47293.8 1.5 2485.5 0.5 940 ns 110 12+ 15 2000 IT=100
+180 0724W 180Hfq -46181.8 1.7 3597.5 1.0 90 us 10 (18-) 15 1999 IT=100
+180 0730 180Ta -48932.9 1.9 8.154 h 0.006 1+ 15 1938 EC=85 3;B-=15 3
+180 0731 180Tam -48857.5 1.4 75.3 1.4 RQ stbl >7.1Py 9- 15 1940 IS=0.01201 32;B- ?
+180 0732W 180Tan -47480.5 1.9 1452.39 0.22 31.2 us 1.4 15- 15 1996 IT=100
+180 0733W 180Tap -45254.0 2.1 3678.9 1.0 2.0 us 0.5 (22-) 15 2000 IT=100
+180 0734W 180Taq -44760.7 2.5 4172.2 1.6 17 us 5 (24+) 15 00Wh04ej 2000 IT=100
+180 0740 180W -49636.1 1.4 1.8 Ey 0.2 0+ 15 1937 IS=0.12 1;A~100;2B+ ?
+180 0741W 180Wxm -48107.0 1.4 1529.05 0.04 5.47 ms 0.09 8- 15 1978 IT=100
+180 0742W 180Wxn -46371.2 1.4 3264.9 0.3 2.3 us 0.2 14- 15 1966 IT=100
+180 0750 180Re -45837 21 2.46 m 0.03 (1)- 15 1955 B+=100
+180 0751W 180Rem -45750# 40# 90# 30# >1 us (4+,5+) 05El10j 2005 IT~100; B+ ?
+180 0752W 180Ren -42280# 40# 3561# 30# 9.0 us 0.7 (21-) 15 05El10tjd2005 IT=100
+180 0760 180Os -44358 16 21.5 m 0.4 0+ 15 1967 B+=100
+180 0770 180Ir -37978 22 1.5 m 0.1 (5+) 15 1972 B+=100
+180 0780 180Pt -34436 11 56 s 3 0+ 15 1966 B+~100;A~0.3
+180 0790 180Au -25626 5 8.4 s 0.6 15 1977 B+<98.2;A>1.8
+180 0800 180Hg -20250 13 2.59 s 0.01 0+ 15 1970 B+=52 2;A=48 2
+180 0810 180Tl -9390 60 1.09 s 0.01 4(-) 15 12Bi.Aj 1987 B+=94 4;A=6 4;B+SF=0.0032 2
+180 0820 180Pb -1941 12 4.1 ms 0.3 0+ 15 1996 A=100
+181 0690 181Tm -35170# 600# 5# s >300ns 1/2+# 13 12Ku26i 2012 B- ?;B-n=0.4#
+181 0700 181Yb -41090# 300# 1# m >300ns 3/2-# 13 09St16i 2000 B- ?
+181 0710 181Lu -44800 130 3.5 m 0.3 7/2+# 06 1982 B-=100
+181 0720 181Hf -47402.8 1.4 42.39 d 0.06 1/2- 06 1935 B-=100
+181 0721W 181Hfm -46807.5 1.4 595.27 0.04 80 us 5 9/2+ 06 01Sh36t 2001 IT=100
+181 0722W 181Hfn -46359.3 1.6 1043.5 0.8 ~100 us (17/2+) 06 2001 IT=100
+181 0723W 181Hfp -45660.9 1.9 1741.9 1.3 1.5 ms 0.5 (25/2-) 06 2001 IT=100
+181 0730 181Ta -48438.3 1.4 stbl 7/2+ 06 1932 IS=99.98799 32
+181 0731W 181Tam -48432.1 1.4 6.237 0.020 6.05 us 0.12 9/2- 06 1979 IT=100
+181 0732W 181Tan -47823.1 1.4 615.19 0.03 18 us 1 1/2+ 06 1948 IT=100
+181 0733W 181Tap -47010 14 1428 14 140 ns 36 (19/2+) 06 1998 IT=100
+181 0734W 181Taq -46954.9 1.4 1483.43 0.21 25.2 us 1.8 21/2- 06 98Wh02t 1998 IT=100
+181 0735W 181Tar -46210.4 1.7 2227.9 0.9 210 us 20 29/2- 06 98Wh02j 1998 IT=100
+181 0740 181W -48233.8 1.4 121.2 d 0.2 9/2+ 06 1947 EC=100
+181 0741W 181Wxm -47868.3 1.4 365.55 0.13 14.59 us 0.15 5/2- 06 1968 IT=100
+181 0742W 181Wxn -46580.7 1.5 1653.1 0.6 140 ns 20 21/2+ 06 1973 IT=100
+181 0750 181Re -46517 13 19.9 h 0.7 5/2+ 06 1957 B+=100
+181 0751W 181Rem -46254 13 262.91 0.11 156.7 ns 1.9 9/2- 06 1967 IT=100
+181 0752W 181Ren -44861 13 1656.37 0.14 250 ns 10 21/2- 06 1974 IT=100
+181 0753W 181Rep -44636 13 1880.57 0.16 11.5 us 0.9 25/2+ 06 2000 IT=100
+181 0754W 181Req -42648 13 3869.40 0.18 1.2 us 0.2 (35/2-) 06 2000 IT=100
+181 0760 181Os -43550 25 105 m 3 1/2- 06 1966 B+=100
+181 0761W 181Osm -43501 25 49.20 0.14 2.7 m 0.1 7/2- 06 1966 B+=100
+181 0762W 181Osn -43393 25 156.91 0.15 262 ns 6 9/2+ 06 1974 IT=100
+181 0770 181Ir -39463 5 4.90 m 0.15 5/2- 06 1972 B+=100
+181 0771W 181Irm -39174 5 289.33 0.13 298 ns 5/2+ 06 1992 IT=100
+181 0772W 181Irn -39097 5 366.30 0.22 126 ns 6 9/2- 06 1992 IT=100
+181 0780 181Pt -34382 14 52.0 s 2.2 1/2- 06 95Bi01d 1966 B+~100;A=0.074 10
+181 0781W 181Ptm -34265 14 116.65 0.08 >300 ns (7/2)- 06 1992 IT=100
+181 0790 181Au -27871 20 13.7 s 1.4 (3/2-) 06 1968 B+=?;A=2.7 5
+181 0800 181Hg -20661 15 3.6 s 0.1 1/2(-#) 06 1969 B+=73 2;A=27 2;B+p=0.013 3;B+A=9e-6 6
+181 0801 181Hgm -20450 50 210 50 IT 480 us 20 13/2+ 06 09An17t 2009 IT ?
+181 0810 181Tl -12799 9 3.2 s 0.3 1/2+ 09 09An14j 1996 B+ ?;A<10
+181 0811W 181Tlm -11963 9 835.9 0.4 1.40 ms 0.03 (9/2-) 09 09An14j 1984 IT=99.60 4;A=0.40 6;B+ ?
+181 0820 181Pb -3120 80 39.0 ms 0.8 (9/2-) 06 09An20tj 1989 A=?;B+=2#
+181 0821W 181Pbm non-exist RN 13/2+# 96To01i
+182 0700 182Yb -38820# 400# 10# s >300ns 0+ 15 12Ku26i 2012 B- ?
+182 0710 182Lu -41880# 200# 2.0 m 0.2 1-# 15 1982 B-=100
+182 0720 182Hf -46050 6 8.90 My 0.09 0+ 15 1961 B-=100
+182 0721W 182Hfm -44877 6 1172.87 0.18 61.5 m 1.5 (8)- 15 FGK128j 1971 B-=54 2;IT=46 2
+182 0722W 182Hfn -43479 6 2571.3 1.2 40 us 10 (13+) 15 1999 IT=100
+182 0730 182Ta -46429.9 1.4 114.74 d 0.12 3- 15 1938 B-=100
+182 0731W 182Tam -46413.6 1.4 16.273 0.004 283 ms 3 5+ 15 1968 IT=100
+182 0732W 182Tan -45910.3 1.4 519.577 0.016 15.84 m 0.10 10- 15 1947 IT=100
+182 0740 182W -48246.1 0.7 stbl >7.7Zy 0+ 15 1930 IS=26.50 16;A ?
+182 0741W 182Wxm -46015.5 0.7 2230.65 0.14 1.3 us 0.1 (10+) 15 1969 IT=100
+182 0750 182Re -45450 100 * 64.2 h 0.5 7+ 15 1950 B+=100
+182 0751 182Rem -45386 20 60 100 BD* 14.14 h 0.45 2+ 15 1950 B+=100
+182 0752W 182Ren -45150 140 300 100 585 ns 30 (2)- 15 1969 IT=100
+182 0753W 182Rep -44930 140 520 100 780 ns 90 (4-) 15 1984 IT=100
+182 0760 182Os -44609 22 21.84 h 0.20 0+ 15 1950 EC=100
+182 0761W 182Osm -42778 22 1831.4 0.3 780 us 70 (8)- 15 1966 IT=100
+182 0762W 182Osn -37560 22 7049.5 0.4 150 ns 10 (25+) 15 1988 IT=100
+182 0770 182Ir -39052 21 15.0 m 1.0 3+ 15 1961 B+=100
+182 0771W 182Irm -38981 21 71.02 0.17 170 ns 40 (5+) 15 1990 IT=100
+182 0772W 182Irn -38876 21 176.4 0.3 130 ns 50 (6-) 15 1990 IT=100
+182 0780 182Pt -36168 13 2.67 m 0.12 0+ 15 1963 B+~100;A=0.038 2
+182 0790 182Au -28301 20 15.5 s 0.4 (2+) 15 1970 B+~100;A=0.13 5
+182 0793 182Aup -28180 30 120 40 high
+182 0800 182Hg -23577 10 10.83 s 0.06 0+ 15 71Ho07d 1968 B+=86.2 9;A=13.8 9;B+p<1e-5
+182 0810 182Tl -13328 12 * 1.9 s 0.1 (2-) 10 16Va01tjd1991 B+~100;A<0.49;B+SF<3.4e-6
+182 0811W 182Tlm -13280# 50# 50# 50# * 3# s (7+) 91Bo22j
+182 0813 182Tlp -12830# 100# 500# 100# (10-)
+182 0820 182Pb -6825 12 55 ms 5 0+ 15 1986 A=?;B+=2#
+183 0700 183Yb -35100# 400# 3# s >300ns 3/2-# 16 12Ku26i 2012 B- ?
+183 0710 183Lu -39720 80 58 s 4 (7/2+) 16 1983 B-=100
+183 0720 183Hf -43280 30 1.018 h 0.002 (3/2-) 16 1956 B-=100
+183 0721W 183Hfm -41820 70 1464 64 40 s 30 27/2-# 16 10Re07etj2010 IT<100;B- ?
+183 0730 183Ta -45292.8 1.4 5.1 d 0.1 7/2+ 16 1950 B-=100
+183 0731W 183Tam -45219.6 1.4 73.164 0.014 106 ns 10 (9/2)- 16 1967 IT=100
+183 0732W 183Tan -43957 15 1336 15 900 ns 300 (19/2+) 16 09Sh17etj2009 IT=100
+183 0740 183W -46365.6 0.7 stbl >670Ey 1/2- 16 1930 IS=14.31 4;A ?
+183 0741W 183Wxm -46056.1 0.7 309.492 0.004 5.30 s 0.08 11/2+ 16 1961 IT=100
+183 0750 183Re -45810 8 70.0 d 1.4 5/2+ 16 1950 EC=100
+183 0751W 183Rem -43903 8 1907.21 0.15 1.04 ms 0.04 (25/2+) 16 1966 IT=100
+183 0760 183Os -43660 50 13.0 h 0.5 9/2+ 16 1950 B+=100
+183 0761W 183Osm -43490 50 170.73 0.07 9.9 h 0.3 1/2- 16 B+=85 2;IT=15 2
+183 0770 183Ir -40203 24 58 m 5 5/2- 16 61Di04t 1961 B+~100;A=0.05#
+183 0780 183Pt -35772 16 6.5 m 1.0 1/2- 16 1963 B+~100;A=0.0096 5
+183 0781W 183Ptm -35737 16 34.74 0.07 43 s 5 7/2- 16 1979 B+~100;IT=3.1 8;A<3e-4
+183 0782W 183Ptn -35576 16 195.90 0.10 >150 ns (9/2)+ 16 1990 IT=100
+183 0790 183Au -30191 9 42.8 s 1.0 5/2- 16 94Pa37j 1968 B+~100;A=0.55 25
+183 0791W 183Aum -30118 9 73.3 0.4 >1 us (1/2)+ 16 1984 IT=100
+183 0793W 183Aup -29960 9 230.6 0.6 <1 us (11/2)- 16 1984 IT=100
+183 0800 183Hg -23805 7 9.4 s 0.7 1/2- 16 1969 B+=88.3 20;A=11.7 20;B+p=2.6e-4 8
+183 0801 183Hgm -23601 13 204 14 AD >8# us 13/2+# 81Mi12i B+ ?
+183 0810 183Tl -16587 9 6.9 s 0.7 1/2(+) 16 13Ba41j 1980 B+=?;A=2#
+183 0811 183Tlm -15959 9 628.7 0.5 IT 53.3 ms 0.3 (9/2-) 16 1980 IT=?;A=1.5 3;B+ ?
+183 0812W 183Tln -15612 9 975.01 0.23 1.48 us 0.10 (13/2+) 16 2001 IT=100
+183 0820 183Pb -7575 28 535 ms 30 3/2- 16 09Se13j 1980 A=?;B+=10#
+183 0821 183Pbm -7481 28 94 8 AD 415 ms 20 13/2+ 16 09Se13j 1980 A~100;B+ ?;IT ?
+184 0700 184Yb -32540# 500# 1# s >300ns 0+ 13 12Ku26i 2012 B- ?
+184 0710 184Lu -36410# 300# 20 s 3 (3+) 10 95Kr04tj 1989 B-=100
+184 0720 184Hf -41500 40 4.12 h 0.05 0+ 10 1973 B-=100
+184 0721W 184Hfm -40230 40 1272.2 0.4 48 s 10 (8-) 10 12Re.Ad 1995 IT=?;B-=?
+184 0722W 184Hfn -39020 40 2477 10 16 m 7 15+# 10 10Re07et 2010 B- ?; IT ?
+184 0730 184Ta -42839 26 8.7 h 0.1 (5-) 10 1955 B-=100
+184 0740 184W -45705.4 0.7 stbl >8.9Zy 0+ 10 04Co26t 1930 IS=30.64 2;A ?
+184 0741W 184Wxm -44420.4 0.7 1284.997 0.008 8.33 us 0.18 5- 10 1969 IT=100
+184 0742W 184Wxn -41842.2 2.6 3863.2 2.5 188 ns 38 (14-,15,17-) 10 2004 IT=100
+184 0750 184Re -44220 4 35.4 d 0.7 3(-) 10 1940 B+=100
+184 0751W 184Rem -44032 4 188.0463 0.0017 169 d 8 8(+) 10 1964 IT=74.5 8;EC=25.5 8
+184 0760 184Os -44252.5 0.8 stbl >56Ty 0+ 10 1937 IS=0.02 1;A ?;2B+ ?
+184 0770 184Ir -39611 28 3.09 h 0.03 5- 10 1960 B+=100
+184 0771W 184Irm -39385 28 225.65 0.11 470 us 30 3+ 10 1988 IT=100
+184 0772W 184Irn -39283 28 328.40 0.24 350 ns 90 (7)+ 10 1988 IT=100
+184 0780 184Pt -37334 16 17.3 m 0.2 0+ 10 95Bi01d 1963 B+~100;A=0.0017 7
+184 0781W 184Ptm -35494 16 1840.3 0.8 1.01 ms 0.05 8- 10 1966 IT=100
+184 0790 184Au -30319 22 20.6 s 0.9 5+ 10 1969 B+~100;A<0.016
+184 0791W 184Aum -30251 22 68.46 0.04 47.6 s 1.4 2+ 10 1969 B+=?;IT=30 10;A<0.016
+184 0800 184Hg -26349 10 30.87 s 0.26 0+ 10 1969 B+=98.89 6;A=1.11 6
+184 0810 184Tl -16883 10 * 9.5 s 0.2 (2-) 10 16Va01tjd1976 B+=98.78 30;A=1.22 30
+184 0811 184Tlm -16930 30 -50 30 AD* 10# s (7+) 16Va01jd 2016 B+ ?;IT ?;A=0.047 6
+184 0812 184Tln -16430 30 450 30 AD 47.1 ms 0.7 (10-) 10 15Va10td 1984 IT~100;A=0.089 19
+184 0820 184Pb -11052 13 490 ms 25 0+ 10 04An07d 1980 A=80 11;B+ ?
+184 0830 184Bi 1060 80 *& 6.6 ms 1.5 3+# 10 2003 A= ?
+184 0831W 184Bim 1210# 130# 150# 100# *& 13 ms 2 10-# 10 2002 A= ?
+185 0700 185Yb -28500# 500# 300# ms >300ns 3/2-# 13 12Ku26i 2012 B- ?
+185 0710 185Lu -33890# 300# 6# s >300ns 7/2+# 13 09St16i 2009 B- ?
+185 0720 185Hf -38320 60 3.5 m 0.6 3/2-# 06 1993 B-=100
+185 0730 185Ta -41394 14 49.4 m 1.5 7/2+# 06 1950 B-=100
+185 0731W 185Tam -40988 14 406 1 900 ns 300 (3/2+) 06 07Sh42etj2007 IT=100
+185 0732W 185Tan -40121 14 1273.4 0.4 11.8 ms 1.4 21/2- 06 09La17ejt1999 IT=100
+185 0740 185W -43387.8 0.7 75.1 d 0.3 3/2- 06 1940 B-=100
+185 0741W 185Wxm -43190.4 0.7 197.383 0.023 1.597 m 0.004 11/2+ 06 94It.At 1950 IT=100
+185 0750 185Re -43819.0 0.8 stbl 5/2+ 06 1931 IS=37.40 2
+185 0751W 185Rem -41695.2 1.4 2123.8 1.1 121 ns 13 (21/2) 06 1997 IT=100
+185 0760 185Os -42805.9 0.8 92.95 d 0.09 1/2- 06 12Kr05t 1947 EC=100
+185 0761W 185Osm -42703.5 0.8 102.37 0.11 3.0 us 0.4 7/2- 06 FGK128j 1970 IT=100
+185 0762W 185Osn -42530.4 0.8 275.53 0.12 780 ns 50 11/2+ 06 1970 IT=100
+185 0770 185Ir -40336 28 14.4 h 0.1 5/2- 06 1958 B+=100
+185 0771W 185Irm -38140 40 2197 23 120 ns 20 06 1979 IT=100
+185 0780 185Pt -36688 26 70.9 m 2.4 (9/2+) 06 1960 B+~100;A=0.0050 20
+185 0781W 185Ptm -36585 26 103.41 0.05 33.0 m 0.8 (1/2-) 06 1970 B+=?;IT<2
+185 0782W 185Ptn -36487 26 200.89 0.04 728 ns 20 5/2- 06 1996 IT=100
+185 0790 185Au -31858.1 2.6 * 4.25 m 0.06 5/2- 06 1960 B+~100;A=0.26 6
+185 0791W 185Aum -31760# 100# 100# 100# * 6.8 m 0.3 1/2+# 06 1960 B+<100;IT ?
+185 0800 185Hg -26184 14 49.1 s 1.0 1/2- 06 1960 B+=94 1;A=6 1
+185 0801W 185Hgm -26080 14 103.7 0.4 21.6 s 1.5 13/2+ 06 13Sa43e 1970 IT=54 10;B+=46 10;A~0.03
+185 0810 185Tl -19758 21 19.5 s 0.5 1/2(+#) 06 13Ba41j 1976 B+=?;A ?
+185 0811 185Tlm -19303 21 454.8 1.5 IT 1.93 s 0.08 9/2(-#) 06 13Ba41j 1976 IT~100;A=?;B+ ?
+185 0820 185Pb -11541 16 * 6.3 s 0.4 3/2- 06 1975 A=34 25;B+ ?
+185 0821 185Pbm -11470 50 70 50 AD* 4.07 s 0.15 13/2+ 06 02An15t 1975 A=50 25;B+ ?
+185 0830 185Bi -2240# 80# *& 2# ms 9/2-# 96Da06j 1996 p ?;A ?
+185 0831 185Bim -2156 13 80# 80# *& 58 us 4 1/2+ 06 1996 p=90 2;A=10 2
+185 0832W 185Bin -2060# 100# 180# 60# EU 50 us 10 13/2+# 04An07itd2004 p=?;A=?
+186 0710 186Lu -30210# 400# 2# s >300ns 13 12Ku26i 2012 B- ?
+186 0720 186Hf -36420 50 2.6 m 1.2 0+ 03 1998 B-=100
+186 0721W 186Hfm -33450 70 2968 43 >20 s 17+# 10Re07et 2010 B- ?; IT ?
+186 0730 186Ta -38610 60 10.5 m 0.3 (2-,3-) 03 1955 B-=100
+186 0731W 186Tam -38270 60 336 20 1.54 m 0.05 9+# 04Xu08t 2010 B- ?; IT ?
+186 0740 186W -42508.5 1.2 stbl >4.1Ey 0+ 03 03Da09t 1930 IS=28.43 19;2B- ?;A ?
+186 0741W 186Wxm -40991.3 1.3 1517.2 0.6 18 us 1 7- 03 12La.Aj 1998 IT=100
+186 0742W 186Wxn -38965.7 2.4 3542.8 2.1 2.0 s 0.2 16+ 03 12La.Atj 1998 IT=100
+186 0750 186Re -41927.1 0.8 3.7183 d 0.0011 1- 03 1939 B-=92.53 10;EC=7.47 10
+186 0751W 186Rem -41778.9 0.9 148.2 0.5 ~200 ky (8+) 03 15Ma60e 1972 IT=?;B-<10
+186 0760 186Os -42999.9 0.8 2.0 Py 1.1 0+ 03 1931 IS=1.59 3;A=100
+186 0770 186Ir -39172 17 16.64 h 0.03 5+ 03 1958 B+=100
+186 0771W 186Irm -39171 17 0.8 0.4 1.92 h 0.05 2- 03 91Be25et 1962 B+~75;IT~25
+186 0780 186Pt -37864 22 2.08 h 0.05 0+ 03 1961 B+=100;A~1.4e-4
+186 0790 186Au -31715 21 10.7 m 0.5 3- 03 1960 B+=100;A=0.0008 2
+186 0791W 186Aum -31487 21 227.77 0.07 110 ns 10 2+ 03 1983 IT=100
+186 0800 186Hg -28539 12 1.38 m 0.06 0+ 03 1960 B+~100;A=0.016 5
+186 0801W 186Hgm -26322 12 2217.3 0.4 82 us 5 (8-) 03 1984 IT=100
+186 0810 186Tl -19887 22 *& 40# s (2-) 03 91Va04i 1975 B+ ?
+186 0811 186Tlm -19860 30 20 40 IT*& 27.5 s 1.0 7(+) 03 13Ba41j 1975 B+~100;A~0.006
+186 0812 186Tln -19490 30 400 40 MD 2.9 s 0.2 10(-) 03 13Ba41j 1977 IT=100
+186 0820 186Pb -14682 11 4.82 s 0.03 0+ 03 1972 B+ ?;A=40 8
+186 0830 186Bi -3146 17 * 14.8 ms 0.7 (3+) 03 13La02d 1997 A~100;B+=0.6#;B+SF=0.011
+186 0831 186Bim -2980# 100# 170# 100# * 9.8 ms 0.4 (10-) 03 13La02d 1984 A~100;B+=0.6#;B+SF=0.011
+186 0840 186Po 4101 18 34 us 12 0+ 13 13An13t 2005 A~100;p ?
+187 0710 187Lu -27580# 400# 1# s >300ns 7/2+# 13 12Ku26i 2012 B- ?
+187 0720 187Hf -32820# 300# 30# s >300ns 3/2-# 09 99Be63i 1999 B- ?
+187 0721W 187Hfm -32320# 420# 500# 300# * 270 ns 80 9/2-# 09Al30td 2009 IT=100
+187 0730 187Ta -36900 60 2.3 m 6 7/2+# 09 10Re07t 1999 B- ?
+187 0731W 187Tam -35110 60 1789 13 22 s 9 27/2-# 10Re07et 2010 B- ?; IT ?
+187 0732W 187Tan -33970 60 2935 14 >5 m 41/2+# 10Re07et 2010 B- ?; IT ?
+187 0740 187W -39904.0 1.2 24.000 h 0.004 3/2- 09 1940 B-=100
+187 0741W 187Wxm -39493.9 1.2 410.06 0.04 1.38 us 0.07 (11/2+) 09 2008 IT=100
+187 0750 187Re -41216.5 0.7 43.3 Gy 0.07 5/2+ 09 1931 IS=62.60 2;B-=100;A<0.0001
+187 0751W 187Rem -41010.3 0.7 206.2473 0.0010 555.3 ns 1.7 9/2- 09 1949 IT=100
+187 0752W 187Ren -39534.5 0.9 1682.0 0.6 354 ns 62 21/2+ 09 16Re02etj2003 IT=100
+187 0760 187Os -41218.9 0.7 stbl 1/2- 09 1931 IS=1.96 2
+187 0761W 187Osm -41118.5 0.7 100.45 0.04 112 ns 6 7/2- 09 1964 IT=100
+187 0762W 187Osn -40961.8 0.7 257.10 0.07 231 us 2 11/2+ 09 1964 IT=100
+187 0770 187Ir -39549 28 10.5 h 0.3 3/2+ 09 1958 B+=100
+187 0771W 187Irm -39363 28 186.16 0.04 30.3 ms 0.6 9/2- 09 1963 IT=100
+187 0772W 187Irn -39115 28 433.75 0.06 152 ns 12 11/2- 09 1969 IT=100
+187 0773W 187Irp -37061 28 2487.7 0.4 1.8 us 0.5 29/2- 10Mo09etj2010 IT=100
+187 0780 187Pt -36685 24 2.35 h 0.03 3/2- 09 1961 B+=100
+187 0781W 187Ptm -36511 24 174.38 0.22 311 us 15 (11/2+) 09 1976 IT=100
+187 0790 187Au -33028 22 8.3 m 0.2 1/2(+) 09 1955 B+~100;A=0.003#
+187 0791W 187Aum -32908 22 120.33 0.14 2.3 s 0.1 9/2(-) 09 1983 IT=100
+187 0800 187Hg -28118 14 1.9 m 0.3 3/2(-) 09 70Ha18td 1960 B+=100;A>1.2e-4
+187 0801 187Hgm -28059 19 59 16 MD 2.4 m 0.3 13/2+ 09 70Ha18d 1970 B+=100;A>2.5e-4
+187 0810 187Tl -22445 8 ~51 s (1/2+) 09 1976 B+<100;A=0.03#
+187 0811 187Tlm -22111 8 334 3 AD 15.60 s 0.12 9/2(-) 09 13Ba41j 1976 IT=?;B+ ?;A=0.15 5
+187 0812W 187Tln -20970 50 1480 50 1.11 us 09 2000 IT=100
+187 0813W 187Tlp -19863 8 2582.5 0.3 690 ns 40 (25/2-,27/2,.)09 2000 IT=100
+187 0820 187Pb -14987 5 * 15.2 s 0.3 3/2- 09 09Se13j 1972 B+ ?;A=9.5 20
+187 0821 187Pbm -14968 11 19 10 MD* 18.3 s 0.3 13/2+ 09 09Se13j 1972 B+ ?;A=12 2
+187 0830 187Bi -6383 10 37 ms 2 9/2-# 09 1999 A=100
+187 0831 187Bim -6275 12 108 8 AD 370 us 20 1/2+# 09 1984 A=100
+187 0832W 187Bin -6131 21 252 18 7 us 5 (13/2+) 09 02Hu14etj2002 IT=100
+187 0840 187Po 2830 30 * 1.40 ms 0.25 (1/2-,5/2-) 09 2005 A~100;B+ ?
+187 0841 187Pom 2830 30 4 27 AD* 0.5 ms 13/2+# 06An11etd2006 A=?;B+ ?
+188 0710 188Lu -23790# 500# 300# ms >300ns 13 12Ku26i 2012 B- ?
+188 0720 188Hf -30880# 300# 20# s >300ns 0+ 02 99Be63i 1999 B- ?
+188 0730 188Ta -33610 50 19.6 s 2.0 02 09Al30td 1999 B-=100
+188 0731W 188Tam -33320 50 292.4 0.2 3.6 us 0.4 05Ca02et 2005 IT=100
+188 0740 188W -38668 3 69.78 d 0.05 0+ 02 1951 B-=100
+188 0741W 188Wxm -36739 3 1929.3 1.6 109.5 ns 3.5 8- 10La16etj2010 IT=100
+188 0750 188Re -39016.8 0.7 17.0040 h 0.0022 1- 02 1939 B-=100
+188 0751W 188Rem -38844.7 0.7 172.069 0.009 18.59 m 0.04 (6)- 02 1953 IT=100
+188 0760 188Os -41137.2 0.7 stbl 0+ 02 1931 IS=13.24 8
+188 0770 188Ir -38345 9 41.5 h 0.5 1- 02 1950 B+=100
+188 0771W 188Irm -37380 30 970 30 4.2 ms 0.2 11-# 02 GAu e 1971 IT~100;B+ ?
+188 0780 188Pt -37821 5 10.2 d 0.3 0+ 02 1954 EC=100;A=2.6e-5 3
+188 0790 188Au -32371.3 2.7 8.84 m 0.06 1(-) 02 1955 B+=100
+188 0800 188Hg -30202 12 3.25 m 0.15 0+ 02 1960 B+=100;A=3.7e-5 8
+188 0801W 188Hgm -27478 12 2724.3 0.4 134 ns 15 (12+) 02 1983 IT=100
+188 0810 188Tl -22336 30 * 71 s 2 (2-) 02 1970 B+=100
+188 0811 188Tlm -22308 9 30 30 MD* 71 s 1 7(+) 02 13Ba41j 1970 B+=100
+188 0812W 188Tln -22030 40 310 30 41 ms 4 (9-) 02 1981 IT~100;B+ ?
+188 0820 188Pb -17815 11 25.1 s 0.1 0+ 02 03Va16d 1972 B+=?;A=9.3 8
+188 0821W 188Pbm -15237 11 2578.2 0.7 1.15 us 0.03 (8-) 02 04Dr04t 1999 IT=100
+188 0822W 188Pbn -15105 11 2709.7 0.3 94 ns 12 (12+) 02 04Dr04ej 2004 IT=100
+188 0823W 188Pbp -13032 11 4783.2 0.3 437 ns 55 (19-) 02 04Dr04etj2000 IT=100
+188 0830 188Bi -7195 11 & 60 ms 3 3+# 02 13La02td 1980 A=?;B+=1.1#;B+SF=0.0016
+188 0831 188Bim -7130 30 66 30 AD >5 us 7+# 06An04et 1984 IT ?
+188 0832 188Bin -7040 30 153 30 AD & 265 ms 10 (10-) 02 13La02td 1984 A=?;B+=4.9#;B+SF=0.0016
+188 0840 188Po -544 20 275 us 30 0+ 02 03Va16t 1999 A=?;B+ ?
+189 0720 189Hf -27160# 300# 2# s >300ns 3/2-# 12 09Al30i 2009 B- ?
+189 0730 189Ta -31830# 200# 3# s >300ns 7/2+# 03 99Be63i 1999 B- ?
+189 0731W 189Tam -30230# 450# 1600# 400# 1.6 us 0.2 09Al30td 2009 IT=100
+189 0740 189W -35620 40 10.7 m 0.5 3/2-# 03 1963 B-=100
+189 0750 189Re -37979 8 24.3 h 0.4 5/2+ 03 1963 B-=100
+189 0751W 189Rem -36208 8 1770.9 0.6 223 us 14 29/2+ 03 16Re02etj2016 IT=100
+189 0760 189Os -38986.7 0.7 stbl 3/2- 03 1931 IS=16.15 5
+189 0761W 189Osm -38955.9 0.7 30.812 0.015 5.81 h 0.06 9/2- 03 1960 IT=100
+189 0770 189Ir -38450 13 13.2 d 0.1 3/2+ 03 1955 EC=100
+189 0771W 189Irm -38078 13 372.17 0.04 13.3 ms 0.3 11/2- 03 1960 IT=100
+189 0772W 189Irn -36117 13 2333.2 0.5 3.7 ms 0.2 (25/2)+ 03 1975 IT=100
+189 0780 189Pt -36469 10 10.87 h 0.12 3/2- 03 1955 B+=100
+189 0781W 189Ptm -36296 10 172.80 0.06 464 ns 25 9/2- 03 1970 IT=100
+189 0782W 189Ptn -36278 10 191.5 0.7 143 us 5 (13/2+) 03 1976 IT=100
+189 0790 189Au -33582 20 28.7 m 0.3 1/2+ 03 1955 B+=100;A<3e-5
+189 0791W 189Aum -33335 20 247.23 0.16 4.59 m 0.11 11/2- 03 1966 B+~100;IT=?
+189 0792W 189Aun -33257 20 325.11 0.16 190 ns 15 9/2- 03 1975 IT=100
+189 0793W 189Aup -31027 20 2554.7 1.2 242 ns 10 31/2+ 03 1975 IT=100
+189 0800 189Hg -29630 30 7.6 m 0.1 3/2- 03 1955 B+=100;A<3e-5
+189 0801 189Hgm -29548 18 80 30 MD 8.6 m 0.1 13/2+ 03 1966 B+=100;A<3e-5
+189 0810 189Tl -24616 8 2.3 m 0.2 (1/2+) 11 1972 B+=100
+189 0811 189Tlm -24331 8 285 6 AD 1.4 m 0.1 9/2(-) 11 85Bo46j 1972 B+~100;IT<4
+189 0820 189Pb -17844 14 * 39 s 8 3/2- 11 09Sa09t 1972 B+~100;A~0.4
+189 0821 189Pbm -17804 14 40 4 AD* 50.5 s 2.1 13/2+ 11 09Sa09t 2009 B+~100;A<1;IT ?
+189 0822W 189Pbn -15370# 30# 2475# 30# 26 us 5 (31/2-) 11 2005 IT=100
+189 0830 189Bi -10065 21 658 ms 47 (9/2-) 11 1973 A~100
+189 0831 189Bim -9881 21 184 5 AD 4.9 ms 0.3 (1/2+) 11 03An26t 1984 A>50;B+<50
+189 0832W 189Bin -9707 21 357.6 0.5 880 ns 50 (13/2+) 11 2001 IT~100
+189 0840 189Po -1422 22 3.8 ms 0.4 (5/2-) 07 05Va04t 1999 A~100;B+ ?
+190 0720 190Hf -25030# 400# 2# s >300ns 0+ 13 12Ku26i 2012 B- ?
+190 0730 190Ta -28510# 200# * 5.3 s 0.7 (3) 10 09Al30tjd2009 B-=100
+190 0731W 190Tam -28310# 250# 200# 150# * 42 ns 7 10 09Al30td 2009 IT=100
+190 0740 190W -34380 40 30.0 m 1.5 0+ 03 1976 B-=100
+190 0741W 190Wxm -32640 40 1742.0 2.0 111 ns 17 8+ 10La16etj2010 IT=100
+190 0742W 190Wxn -32540 40 1839.0 2.2 166 us 6 10- 03 10La16etj2000 IT=100
+190 0750 190Re -35640 70 3.1 m 0.3 (2)- 03 1955 B-=100
+190 0751W 190Rem -35440 70 204 10 3.2 h 0.2 (6-) 03 12Re19e 1962 B-=54.4 20;IT ?
+190 0760 190Os -38707.8 0.6 stbl 0+ 03 1931 IS=26.26 2
+190 0761W 190Osm -37002.4 0.6 1705.4 0.2 9.86 m 0.03 10- 03 12Kr05t 1950 IT=100
+190 0770 190Ir -36753.5 1.4 11.78 d 0.10 4- 03 1947 B+=100;e+<0.002
+190 0771W 190Irm -36727.4 1.4 26.1 0.1 1.120 h 0.003 (1-) 03 1964 IT=100
+190 0772W 190Irn -36717.3 1.4 36.154 0.025 >2 us (4)+ 03 1996 IT=100
+190 0773W 190Irp -36377.1 1.4 376.4 0.1 3.087 h 0.012 (11)- 03 1950 B+=91.4 2;IT=8.6 2
+190 0780 190Pt -37306.5 0.7 650 Gy 30 0+ 03 1949 IS=0.012 2;A=100;2B+ ?
+190 0790 190Au -32834 3 * 42.8 m 1.0 1- 03 1959 B+=100;A<1e-6
+190 0791W 190Aum -32630# 150# 200# 150# * 125 ms 20 11-# 03 1982 IT~100;B+ ?
+190 0800 190Hg -31371 16 20.0 m 0.5 0+ 03 1959 EC~100;e+<1;A<3.4e-7
+190 0810 190Tl -24372 8 * 2.6 m 0.3 2(-) 03 1970 B+=100
+190 0811 190Tlm -24289 6 83 10 MD* 3.7 m 0.3 7(+#) 03 1970 B+=100
+190 0812W 190Tln -24080# 70# 290# 70# 750 us 40 (8-) 03 1981 IT=100
+190 0813W 190Tlp -23960# 70# 410# 70# >1 us 9- 03 91Va04et 1991 IT ?
+190 0820 190Pb -20417 13 71 s 1 0+ 03 1972 B+ ?;A=0.40 4
+190 0821W 190Pbm -17802 13 2614.8 0.8 150 ns 14 10+ 03 01Dr05j 1998 IT=100
+190 0822W 190Pbn -17799 24 2618 20 24.3 us 2.1 (12+) 03 1998 IT ?
+190 0823W 190Pbp -17759 13 2658.2 0.8 7.7 us 0.3 11- 03 01Dr05jt 1985 IT=100
+190 0830 190Bi -10600 23 6.3 s 0.1 (3+) 03 91Va04j 1972 A=77 21;B+=?
+190 0831 190Bim -10470 30 130 40 AD 6.2 s 0.1 (10-) 03 91Va04j 1988 A=70 9;B+ ?;B+p ?
+190 0832W 190Bin -10479 27 121 15 175 ns 8 (5-) 09An11et 2009 IT=100
+190 0833W 190Bip -10200 50 404 40 1.3 us 0.8 (8-) 03 09An11ejt2001 IT=100
+190 0840 190Po -4564 13 2.46 ms 0.05 0+ 03 1996 A~100;B+=0.1#
+191 0730 191Ta -26490# 300# 3# s >300ns 7/2+# 11 09St16i 2009 B- ?
+191 0740 191W -31180 40 * 45# s >300ns 3/2-# 07 99Be63i 1999 B- ?
+191 0741W 191Wxm -30950 60 235 50 * 340 ns 14 11St21etd2009 IT=100
+191 0750 191Re -34350 10 9.8 m 0.5 (3/2+,1/2+) 07 1963 B-=100
+191 0751W 191Rem -32749 10 1601.5 0.4 51 us 3 25/2- 16Re02ejt2011 IT=100
+191 0760 191Os -36395.2 0.7 14.99 d 0.02 9/2- 07 12Kr05t 1940 B-=100
+191 0761W 191Osm -36320.8 0.7 74.382 0.003 13.10 h 0.05 3/2- 07 12Kr05t 1952 IT=100
+191 0770 191Ir -36708.8 1.3 stbl 3/2+ 07 1935 IS=37.3 2
+191 0771W 191Irm -36537.5 1.3 171.29 0.04 4.899 s 0.023 (11/2-) 07 1955 IT=100
+191 0772W 191Irn -34607.8 1.6 2101.0 0.9 5.7 s 0.4 31/2(+) 07 12Dr02etj1979 IT=100
+191 0780 191Pt -35698 4 2.83 d 0.02 3/2- 07 1948 EC=100
+191 0781W 191Ptm -35597 4 100.663 0.020 >1 us (9/2)- 07 1976 IT=100
+191 0782W 191Ptn -35549 4 149.035 0.022 95 us 5 (13/2)+ 07 1967 IT=100
+191 0790 191Au -33798 5 3.18 h 0.08 3/2+ 07 1954 B+=100
+191 0791W 191Aum -33532 5 266.2 0.7 920 ms 110 (11/2-) 07 1971 IT=100
+191 0792W 191Aun -31308 5 2489.6 0.9 402 ns 20 (31/2+) 07 1985 IT=100
+191 0800 191Hg -30592 22 49 m 10 3/2(-) 07 86Ul02j 1954 B+=100;A<5e-6
+191 0801W 191Hgm -30460 30 128 22 50.8 m 1.5 13/2(+) 07 01Sc41e 1954 B+=100;A<5e-6
+191 0810 191Tl -26283 7 20# m 1/2(+) 07 13Ba41j 1974 B+ ?
+191 0811 191Tlm -25986 7 297 7 BD 5.22 m 0.16 9/2(-) 07 1970 B+=100
+191 0820 191Pb -20230 40 * 1.33 m 0.08 (3/2-) 07 10Co13jd 1974 B+~100;A=0.51 5
+191 0821 191Pbm -20231 28 0 50 MD* 2.18 m 0.08 13/2(+) 07 88Me.Aj 1975 B+~100;A~0.02
+191 0822W 191Pbn -17610 60 2620 50 180 ns 80 (33/2+) 07 1999 IT=100
+191 0830 191Bi -13239 7 11.7 s 0.4 (9/2-) 16 13Ny01t 1972 A=51 10;B+ ?
+191 0831 191Bim -12997 9 242 4 AD 114 ms 6 (1/2+) 16 13Ny01t 1981 A=68 5;IT=32 5;B ?
+191 0832W 191Bin -12809 7 429.7 0.5 562 ns 10 13/2+# 16 2001 IT=100
+191 0833W 191Bip -11364 26 1875 25 400 ns 40 16 2016 IT=100
+191 0840 191Po -5069 7 22 ms 1 (3/2-) 07 1993 A=?;B+=1#
+191 0841 191Pom -5008 12 61 11 AD 93 ms 3 (13/2+) 07 1999 A=?;B+=4#
+191 0850 191At 3864 16 2.1 ms 0.8 (1/2+) 07 2003 A~100;B+ ?
+191 0851 191Atm 3922 18 58 20 AD 2.2 ms 0.4 (7/2-) 07 2003 A~100;B+ ?
+192 0730 192Ta -23060# 400# 2.2 s 0.7 (2) 12 2009 B-=100
+192 0740 192W -29650# 200# 1# m >300ns 0+ 12 1999 B- ?
+192 0750 192Re -31590 70 16.0 s 0.9 12 12Al05t 1965 B-=100
+192 0751W 192Rem -31430 70 159 1 88 us 8 12 11St21etd2005 IT=100
+192 0752W 192Ren -31320 70 267 10 70 s 30 12 12Re19et 2012 B-=?;IT=?
+192 0760 192Os -35882.2 2.3 stbl >53Ey 0+ 12 13Be07t 1931 IS=40.78 19;2B- ?;A ?
+192 0761W 192Osm -33866.8 2.3 2015.40 0.11 5.9 s 0.1 10- 12 13Dr05j 1965 IT>87;B-<13
+192 0762W 192Osn -31301.9 2.5 4580.3 1.0 204 ns 7 (20+) 12 13Dr05etj2004 IT=100
+192 0770 192Ir -34835.6 1.3 73.830 d 0.015 4+ 12 14Un01t 1937 B-=95.24 4;EC=4.76 4
+192 0771W 192Irm -34778.9 1.3 56.720 0.005 1.45 m 0.05 1- 12 1937 IT~100;B-=0.0175
+192 0772W 192Irn -34667.5 1.3 168.14 0.12 241 y 9 (11-) 12 1959 IT=100
+192 0780 192Pt -36288.5 2.6 stbl 0+ 12 1935 IS=0.782 24
+192 0781W 192Ptm -34116.1 2.6 2172.37 0.13 272 ns 23 (10)- 12 1976 IT=100
+192 0790 192Au -32772 16 4.94 h 0.09 1- 12 1948 B+=100
+192 0791W 192Aum -32637 16 135.41 0.25 29 ms 5#+ 12 1976 IT=100
+192 0792W 192Aun -32340 16 431.6 0.5 160 ms 20 (11-) 12 1976 IT=100
+192 0800 192Hg -32012 16 4.85 h 0.20 0+ 12 1952 EC=100;A<4e-6
+192 0810 192Tl -25870 30 9.6 m 0.4 2(-) 12 13Ba41j 1961 B+=100
+192 0811W 192Tlm -25730 50 138 45 10.8 m 0.2 7(+) 12 13Ba41j 1961 B+=100
+192 0812W 192Tln -25480 50 388 45 296 ns 5 (8-) 12 1980 IT=100
+192 0813 192Tlp -25695 25 180 40 AD (3+) 12 91Va04e 1991 A=100
+192 0820 192Pb -22556 13 3.5 m 0.1 0+ 12 1974 B+~100;A=0.0059 7
+192 0821W 192Pbm -19975 13 2581.1 0.4 166 ns 6 10+ 12 07Io03j 1985 IT=100
+192 0822W 192Pbn -19931 13 2625.1 1.1 1.09 us 0.04 12+ 12 07Io03j 1979 IT=100
+192 0823W 192Pbp -19813 13 2743.5 0.4 756 ns 14 11- 12 07Io03j 1991 IT=100
+192 0830 192Bi -13530 30 34.6 s 0.9 (3+) 12 1971 B+=88 5;A=12 5
+192 0831 192Bim -13398 9 140 30 MD 39.6 s 0.4 (10-) 12 1966 B+=90 3;A=10 3
+192 0840 192Po -8071 11 32.2 ms 0.3 0+ 12 1977 A=?;B+=0.5#
+192 0841W 192Pom -5776 11 2294.6 1.0 580 ns 100 (11-) 12 1999 IT=100
+192 0850 192At 2926 28 *& 11.5 ms 0.6 3+# 12 13An03d 2006 A=100;B+=0.6#;B+SF=0.21
+192 0851 192Atm 2926 28 0 40 AD*& 88 ms 6 (9-,10-) 12 13An03d 2006 A=100;B+=4.6#;B+SF=0.21
+193 0730 193Ta -20870# 400# 500# ms >300ns 7/2+# 13 12Ku26i 2012 B- ?;B-n=0.7#
+193 0740 193W -26290# 200# 3# s >300ns 3/2-# 11 09St16i 2009 B- ?
+193 0750 193Re -30230 40 20# s >300ns 5/2+# 06 99Be63i 1999 B- ?
+193 0751W 193Rem -30080 40 146.0 0.2 69 us 6 (9/2-) 06 11St21etj2005 IT=100
+193 0760 193Os -33394.3 2.3 29.830 h 0.018 3/2- 06 12Kr05t 1940 B-=100
+193 0761W 193Osm -33152.3 2.4 242.0 0.5 132 ns 29 11St21etd2011 IT=100
+193 0770 193Ir -34536.2 1.3 stbl 3/2+ 06 1935 IS=62.7 2
+193 0771W 193Irm -34456.0 1.3 80.239 0.006 10.53 d 0.04 11/2- 06 1957 IT=100
+193 0772W 193Irn -32258.7 1.6 2277.5 1.0 124.8 us 2.1 31/2+ 12Dr02etj2012 IT=100
+193 0780 193Pt -34479.6 1.4 50 y 6 1/2- 06 1948 EC=100
+193 0781W 193Ptm -34329.8 1.4 149.78 0.04 4.33 d 0.03 13/2+ 06 1949 IT=100
+193 0790 193Au -33405 9 17.65 h 0.15 3/2+ 06 1948 B+=100;A<1e-5
+193 0791W 193Aum -33115 9 290.19 0.03 3.9 s 0.3 11/2- 06 1955 IT~100;B+~0.03
+193 0792W 193Aun -30919 9 2486.5 0.6 150 ns 50 31/2+ 06 07Ok05j 1985 IT=100
+193 0800 193Hg -31062 16 3.80 h 0.15 3/2(-) 06 1952 B+=100
+193 0801W 193Hgm -30921 16 140.76 0.05 11.8 h 0.2 13/2(+) 06 1973 B+=92.8 5;IT=7.2 5
+193 0810 193Tl -27477 7 21.6 m 0.8 1/2(+#) 06 1960 B+=100
+193 0811W 193Tlm -27105 8 372 4 2.11 m 0.15 9/2(-) 06 13Ba41j 1963 IT=75;B+=25
+193 0820 193Pb -22190 50 * 5# m (3/2-) 06 GAu j 1974 B+ ?
+193 0821 193Pbm -22060# 90# 130# 80# * 5.8 m 0.2 13/2+ 06 91Du07j 1974 B+=100
+193 0822W 193Pbn -19450# 90# 2742# 80# 180 ns 15 33/2+ 06 04Io01j 1991 IT=100
+193 0830 193Bi -15885 8 63.6 s 3.0 (9/2-) 06 1971 B+ ?;A=3.5 15
+193 0831 193Bim -15580 9 305 6 AD 3.07 s 0.13 (1/2+) 06 15He27t 1970 A=84 16;B+ ?
+193 0832W 193Bin -15280 8 605.5 0.5 153 ns 10 (13/2+) 06 2004 IT=100
+193 0833W 193Bip -13535 9 2350 5 85 us 3 (29/2+) 06 15He27ejt2004 IT=100
+193 0834W 193Biq -13480 9 2405 5 3.02 us 0.08 (29/2-) 06 15He27et 2004 IT=100
+193 0840 193Po -8325 15 388 ms 40 (3/2-)* 15 13Se03j 1967 A=?;B+=5#
+193 0841 193Pom -8225 15 100 6 AD 245 ms 11 (13/2+)* 15 13Se03j 1981 A=?;B+=3#
+193 0850 193At -67 22 * 29 ms 5 1/2+# 06 2003 A~100
+193 0851 193Atm -59 21 8 9 AD* 21 ms 5 7/2-# 06 1995 A~100
+193 0852 193Atn -25 21 42 9 AD 28 ms 4 13/2+# 06 2003 A=24 10;IT=76 10
+193 0860 193Rn 9043 25 1.15 ms 0.27 3/2-# 07 06An36td 2006 A~100
+194 0730 194Ta -17300# 500# 300# ms >300ns 13 12Ku26i 2012 B- ?;B-n=0.02#
+194 0740 194W -24530# 300# 5# s >300ns 0+ 11 2008 B- ?
+194 0750 194Re -27240# 200# 5 s 1 (0+,1) 14 12Al05t 1999 B-=100
+194 0751W 194Rem -26960# 200# 285 40 25 s 8 (11-) 14 12Re19e 2012 B-=100
+194 0752W 194Ren -26410# 200# 833 33 100 s 10 14 12Re19e 2012 B-=100
+194 0753W 194Rep -26140# 200# 1100# 1000# 45 us 18 14 11St21td 2011 IT=100
+194 0754W 194Req -25240# 200# 2000# 1000# 38 us 37 14 2005 IT=100
+194 0760 194Os -32435.1 2.4 6.0 y 0.2 0+ 06 1951 B-=100
+194 0770 194Ir -32531.7 1.3 19.28 h 0.13 1- 06 1937 B-=100
+194 0771W 194Irm -32384.6 1.3 147.072 0.002 31.85 ms 0.24 4+ 06 1959 IT=100
+194 0772 194Irn -32160 70 370 70 BD 171 d 11 (10,11)(-#) 06 1968 B-=100
+194 0780 194Pt -34760.1 0.5 stbl 0+ 06 1935 IS=32.86 40
+194 0790 194Au -32211.9 2.1 38.02 h 0.10 1- 06 1948 B+=100
+194 0791W 194Aum -32104.5 2.2 107.4 0.5 600 ms 8 (5+) 06 1975 IT=100
+194 0792W 194Aun -31736.1 2.2 475.8 0.6 420 ms 10 (11-) 06 1953 IT=100
+194 0800 194Hg -32183.9 2.9 447 y 28 0+ 06 15Do01t 1962 EC=100
+194 0810 194Tl -26937 14 33.0 m 0.5 2- 06 1960 B+=100;A<1e-7
+194 0811 194Tlm -26677 4 260 14 MD 32.8 m 0.2 7(+) 06 13Ba41j 1960 B+=100
+194 0820 194Pb -24208 17 10.7 m 0.6 0+ 06 1960 B+=100;A=7.3e-6 29
+194 0821W 194Pbm -21580 17 2628.1 0.4 370 ns 13 12+ 06 FGK128j 1972 IT=100
+194 0822W 194Pbn -21275 17 2933.0 0.4 133 ns 7 11- 06 1986 IT=100
+194 0830 194Bi -16029 6 * 95 s 3 (3+) 06 1971 B+~100;A=0.46 25
+194 0831 194Bim -15880 50 150 50 MD* 125 s 2 (6+,7+) 06 1976 B+~100;A ?
+194 0832 194Bin -15849 8 180 10 AD 115 s 4 (10-) 06 1988 B+~100;A=0.20 7
+194 0840 194Po -11005 13 392 ms 4 0+ 06 1967 A~100;B+ ?
+194 0841W 194Pom -8480 13 2525.2 0.8 15 us 2 (11-) 06 1999 IT=100
+194 0850 194At -720 25 286 ms 7 (4-,5-) 06 13An03td 2009 A~100;B+=8.3#;B+SF=0.032
+194 0851 194Atm -740 30 -20 40 AD 323 ms 7 (9-,10-) 06 13An03t 1984 A~100;B+=8.3#;B+SF=0.032
+194 0860 194Rn 5723 17 780 us 160 0+ 07 2006 A~100;B+ ?
+195 0740 195W -21010# 300# 3# s >300ns 5/2-# 12Ku26i 2012 B- ?
+195 0750 195Re -25580# 300# 6 s 1 5/2+# 14 2008 B-=100
+195 0760 195Os -29510 60 6.5 m 1.1 3/2-# 14 2004 B- ?
+195 0761W 195Osm -29060 60 454 10 2.0 h 1.7 13/2+# 14 12Re19ed 2012 B-=?;IT=?
+195 0770 195Ir -31692.3 1.3 2.29 h 0.17 3/2+ 14 1952 B-=100
+195 0771W 195Irm -31592 5 100 5 3.67 h 0.08 11/2- 14 1968 B-=95 5;IT=5 5
+195 0772W 195Irn -29338 6 2354 6 4.4 us 0.6 (27/2+) 11St21etj2011 IT=100
+195 0780 195Pt -32793.8 0.5 stbl 1/2- 14 1935 IS=33.78 24
+195 0781W 195Ptm -32534.7 0.5 259.077 0.023 4.010 d 0.005 13/2+ 14 1960 IT=100
+195 0790 195Au -32567.0 1.1 186.01 d 0.06 3/2+ 14 1948 EC=100
+195 0791W 195Aum -32248.4 1.1 318.58 0.04 30.5 s 0.2 11/2- 14 1952 IT=100
+195 0792W 195Aun -30067 20 2500 20 12.89 us 0.21 31/2(-) 14 13Dr01et 2013 IT=100
+195 0800 195Hg -31013 23 10.69 h 0.16 1/2- 14 15Do01t 1952 B+=100
+195 0801W 195Hgm -30837 23 176.07 0.04 41.60 h 0.19 13/2+ 14 15Do01t 1951 IT=54.2 20;B+=45.8 20
+195 0810 195Tl -28155 11 1.16 h 0.05 1/2+ 14 1955 B+=100
+195 0811W 195Tlm -27672 11 482.63 0.17 3.6 s 0.4 9/2- 14 1957 IT=100
+195 0820 195Pb -23708 18 ~15 m 3/2- 14 1957 B+=100
+195 0821 195Pbm -23505 18 202.9 0.7 IT 15.0 m 1.2 13/2(+) 14 91Gr12e 1957 B+=100
+195 0822W 195Pbn -21949 18 1759.0 0.7 10.0 us 0.7 (21/2-) 14 1976 IT=100
+195 0830 195Bi -18026 5 183 s 4 9/2(-) 14 GAu14bj 1971 B+~100;A=0.03 2
+195 0831 195Bim -17626 8 399 6 AD 87 s 1 (1/2+) 14 GAu14bj 1974 B+=67 17;A=33 17
+195 0832W 195Bin -15631 5 2395.5 0.5 750 ns 50 (29/2-) 14 15Ro20j 2003 IT=100
+195 0833W 195Bip -14690 5 3336 2 1.6 us 0.1 (31/2-) 15 15Ro20etj2015 IT=100
+195 0840 195Po -11060 40 4.64 s 0.09 (3/2-)* 15 13Se03j 1967 A=94 4;B+ ?
+195 0841 195Pom -10965 28 90 50 AD 1.92 s 0.02 (13/2+)* 15 13Se03j 1967 A~90;B+~10;IT<0.01
+195 0850 195At -3470 10 290 ms 20 1/2+ 14 1999 A~100;B+ ?
+195 0851 195Atm -3441 8 29 7 AD 143 ms 3 (7/2-) 14 1995 A=?;IT=12 4;B+ ?
+195 0853 195Atp -3370# 40# 100# 40# (13/2+) 13Uu01j IT ?
+195 0860 195Rn 5050 50 * 7 ms 3 3/2- 14 2001 A~100
+195 0861 195Rnm 5131 17 80 50 AD* 6 ms 3 13/2+ 14 2001 A~100
+196 0740 196W -18880# 400# 3# s >300ns 0+ 13 12Ku26i 2012 B- ?
+196 0750 196Re -22540# 300# 2.4 s 1.5 13 2008 B- ?
+196 0751W 196Rem -22420# 300# 120# 40# 3.6 us 0.6 11St21t 2009 IT=100
+196 0760 196Os -28280 40 34.9 m 0.2 0+ 07 1977 B-=100
+196 0770 196Ir -29440 40 52 s 1 (0-) 07 1966 B-=100
+196 0771 196Irm -29227 20 210 40 BD 1.40 h 0.02 (10,11-) 07 1959 B-~100;IT<0.3
+196 0780 196Pt -32644.5 0.5 stbl 0+ 07 1935 IS=25.21 34
+196 0790 196Au -31138.7 3.0 6.1669 d 0.0006 2- 07 1937 B+=92.8 8;B-=7.2 8
+196 0791W 196Aum -31054 3 84.656 0.020 8.1 s 0.2 (5+) 07 1971 IT=100
+196 0792W 196Aun -30543 3 595.66 0.04 9.6 h 0.1 12- 07 1960 IT=100
+196 0800 196Hg -31825.9 2.9 stbl >2.5Ey 0+ 07 90Bu28t 1930 IS=0.15 1;2B+ ?
+196 0810 196Tl -27497 12 1.84 h 0.03 2- 07 1955 B+=100
+196 0811W 196Tlm -27103 12 394.2 0.5 1.41 h 0.02 7(+) 07 13Ba41j 1960 B+=96.2 4;IT=3.8 4
+196 0820 196Pb -25348 8 37 m 3 0+ 07 1957 B+=100;A<3e-5
+196 0821W 196Pbm -23610 8 1738.27 0.12 <1 us 4+ 07 1973 IT=100
+196 0822W 196Pbn -23550 8 1797.51 0.14 140 ns 14 5- 07 1973 IT=100
+196 0823W 196Pbp -22653 8 2694.6 0.3 270 ns 4 12+ 07 1973 IT=100
+196 0830 196Bi -18009 24 5.1 m 0.2 (3+) 07 1976 B+~100;A=0.00115 34
+196 0831 196Bim -17843 25 166.4 2.9 AD 0.6 s 0.5 (7+) 07 1987 IT=?;B+ ?
+196 0832 196Bin -17737 25 272 3 AD 4.00 m 0.05 (10-) 07 1987 B+=74.2 25;IT=25.8 25;A=0.00038 10
+196 0840 196Po -13473 14 5.56 s 0.09 0+ 07 05Uu02t 1967 A~98;B+~2
+196 0841W 196Pom -10979 14 2493.9 0.4 856 ns 17 11- 07 1995 IT=100
+196 0850 196At -3910 30 * 388 ms 7 (3+) 07 93An11d 1967 A=?;B+=5#;B+SF=0.088
+196 0851 196Atm -3950 18 -40 40 AD* 20# ms (10-) 96En01d 1996 A~100
+196 0852W 196Atn -3750 30 157.9 0.1 11 us 2 (5+) 07 2000 IT=100
+196 0860 196Rn 1971 14 4.7 ms 1.1 0+ 07 1995 A~100;B+=0.06#
+197 0740 197W -15140# 400# 1# s >300ns 5/2-# 13 12Ku26i 2012 B- ?
+197 0750 197Re -20500# 300# 300# ms >300ns 5/2+# 13 2009 B- ?
+197 0760 197Os -25310# 200# 2.8 m 0.6 5/2-# 09 2003 B-=100
+197 0770 197Ir -28264 20 5.8 m 0.5 (3/2+) 05 1952 B-=100
+197 0771W 197Irm -28149 21 115 5 8.9 m 0.3 (11/2-) 05 1976 B-~100;IT=0.25 10
+197 0772W 197Irn -27860# 200# 400# 200# 30 us 8 05Ca02t 2005 IT=100
+197 0780 197Pt -30419.7 0.5 19.8915 h 0.0019 1/2- 05 1936 B-=100
+197 0781W 197Ptm -30020.1 0.5 399.59 0.20 95.41 m 0.18 13/2+ 05 1941 IT=96.7 4;B-=3.3 4
+197 0790 197Au -31139.7 0.5 stbl 3/2+ 05 1935 IS=100.
+197 0791W 197Aum -30730.6 0.5 409.15 0.08 7.73 s 0.06 11/2- 05 1945 IT=100
+197 0792W 197Aun -28607.2 1.1 2532.5 1.0 150 ns 5 27/2+# 06Wh02etj2006 IT=100
+197 0800 197Hg -30540 3 64.94 h 0.07 1/2- 05 01Li17t 1941 EC=100
+197 0801W 197Hgm -30241 3 298.93 0.08 23.8 h 0.1 13/2+ 05 1943 IT=91.4 7;EC=8.6 7
+197 0810 197Tl -28342 16 2.84 h 0.04 1/2+ 05 1955 B+=100
+197 0811W 197Tlm -27734 16 608.22 0.08 540 ms 10 9/2- 05 13Ba41j 1953 IT=100
+197 0820 197Pb -24745 5 8.1 m 1.7 3/2- 05 1955 B+=100
+197 0821 197Pbm -24426 5 319.31 0.11 IT 42.9 m 0.9 13/2+ 05 1957 B+=81 2;IT=19 2
+197 0822W 197Pbn -22831 5 1914.10 0.25 1.15 us 0.20 21/2- 05 1978 IT=100
+197 0830 197Bi -19687 8 9.33 m 0.50 (9/2-) 05 1971 B+=100;A=1e-4#
+197 0831 197Bim -19155 8 533 12 AD 5.04 m 0.16 (1/2+) 05 1966 A=55 40;B+=45 40;IT<0.3
+197 0832W 197Bin -17284 14 2403 12 263 ns 13 (29/2-) 05 86Ch01tjd1986 IT=100
+197 0833W 197Bip -16758 8 2929.5 0.5 209 ns 30 (31/2-) 05 86Ch01tjd1986 IT=100
+197 0840 197Po -13360 50 53.6 s 0.9 (3/2-)* 05 93Wa04t 1965 B+ ?;A=44 7
+197 0841 197Pom -13130# 90# 230# 80# 25.8 s 0.1 (13/2+)* 05 93Wa04t 1967 A=84 9;B+ ?;IT=0.01#
+197 0850 197At -6355 8 * 388.2 ms 5.6 (9/2-) 05 05De01t 1967 A=96.1 12;B+=3.9 12
+197 0851 197Atm -6311 9 45 8 AD* 2.0 s 0.2 (1/2+) 05 1985 A~100;B+ ?;IT<0.004;B+ ?
+197 0852W 197Atn -6044 8 310.7 0.2 1.3 us 0.2 (13/2+) 08An11etj1999 IT=100
+197 0860 197Rn 1510 16 54 ms 6 (3/2-) 05 08An05t 1995 A~100;B+ ?
+197 0861 197Rnm 1709 16 199 11 25.6 ms 2.5 (13/2+) 05 08An05t 1996 A~100;B+ ?
+197 0870 197Fr 10250 50 2.33 ms 1.88 7/2-# 14 13Ka16t 2013 A~100
+198 0750 198Re -17140# 400# 300# ms >300ns 16 09St16i 2009 B- ?;B-n=0#
+198 0760 198Os -23840# 200# 1# m >300ns 0+ 16 09Po02i 2008 B- ?
+198 0770 198Ir -25820# 200# 8 s 1 16 1973 B-=100
+198 0780 198Pt -29904.0 2.1 stbl 0+ 16 1935 IS=7.36 13;2B- ?;A ?
+198 0790 198Au -29580.8 0.5 2.6941 d 0.0002 2- 16 1937 B-=100
+198 0791W 198Aum -29268.6 0.5 312.2227 0.0020 124 ns 4 5+ 16 1968 IT=100
+198 0792W 198Aun -28768.9 1.6 811.9 1.5 2.272 d 0.016 12- 16 FGK128j 1972 IT=100
+198 0800 198Hg -30954.3 0.5 stbl 0+ 16 1925 IS=9.97 20
+198 0810 198Tl -27529 8 5.3 h 0.5 2- 16 1949 B+=100
+198 0811W 198Tlm -26985 8 543.6 0.4 1.87 h 0.03 7+ 16 1949 B+=55.9 23;IT=44.1 23
+198 0812W 198Tln -26842 8 686.8 0.5 150 ns 40 (5,7,9)+ 16 1977 IT=100
+198 0813W 198Tlp -26787 8 742.4 0.4 32.1 ms 1.0 10- 16 FGK128j 1975 IT=100
+198 0820 198Pb -26067 9 2.4 h 0.1 0+ 16 1955 B+=100
+198 0821W 198Pbm -23926 9 2141.4 0.4 4.19 us 0.10 7- 16 FGK128j 1972 IT=100
+198 0822W 198Pbn -23836 9 2231.4 0.5 137 ns 10 9- 16 FGK128j 1989 IT=100
+198 0823W 198Pbp -23245 9 2821.7 0.6 212 ns 4 12+ 16 FGK128j 1973 IT=100
+198 0830 198Bi -19369 28 10.3 m 0.3 3(+) 16 16Ly01j 1950 B+=100
+198 0831 198Bim -19085 28 280 40 MD 11.6 m 0.3 7(+) 16 16Ly01j 1992 B+=100
+198 0832 198Bin -18837 28 530 40 MD 7.7 s 0.5 10(-) 16 16Ly01j 1972 IT=100
+198 0840 198Po -15473 17 1.760 m 0.024 0+ 16 1965 A=57 2;B+=43 2
+198 0841W 198Pom -12907 17 2565.92 0.20 200 ns 20 11- 16 1990 IT=100
+198 0842W 198Pon -12730 50 2740 50 750 ns 50 12+ 16 1990 IT ?
+198 0850 198At -6715 6 3.0 s 0.1 (3+) 16 14Ka23t 1967 A>94;B+ ?
+198 0851 198Atm -6430 8 284 10 AD 1.21 s 0.06 (10-) 16 1967 A=84 16;B+ ?
+198 0860 198Rn -1230 13 65 ms 3 0+ 16 1984 A=?;B+=1#
+198 0870 198Fr 9570 30 15 ms 3 low 16 2013 A~100
+198 0871 198Frm 9580 40 0 50 1.1 ms 0.7 high 16 2013 A~100
+199 0750 199Re -14860# 400# 100# ms >300ns 5/2+# 13 12Ku26i 2012 B- ?
+199 0760 199Os -20480# 200# 6 s 3 5/2-# 07 14Ku23t 2008 B-=100
+199 0770 199Ir -24400 40 7 s 5 3/2+# 07 14Ku23t 1993 B- ?
+199 0771W 199Irm -24270# 60# 130# 40# 235 ns 90 11/2-# 07 2005 IT=100
+199 0780 199Pt -27388.7 2.2 30.80 m 0.21 5/2- 07 1937 B-=100
+199 0781W 199Ptm -26964.7 3.0 424 2 13.6 s 0.4 (13/2)+ 07 1959 IT=100
+199 0790 199Au -29093.7 0.5 3.139 d 0.007 3/2+ 07 1937 B-=100
+199 0791W 199Aum -28544.8 0.5 548.9405 0.0021 440 us 30 (11/2)- 07 1968 IT=100
+199 0800 199Hg -29546.1 0.5 stbl 1/2- 07 1925 IS=16.87 22
+199 0801W 199Hgm -29013.6 0.5 532.48 0.10 42.67 m 0.09 13/2+ 07 1948 IT=100
+199 0810 199Tl -28059 28 7.42 h 0.08 1/2+ 07 1949 B+=100
+199 0811W 199Tlm -27310 28 748.87 0.06 28.4 ms 0.2 9/2- 07 1963 IT=100
+199 0820 199Pb -25232 10 90 m 10 3/2- 07 1950 B+=100
+199 0821W 199Pbm -24803 10 429.5 2.7 12.2 m 0.3 (13/2+) 07 1955 IT=93;B+=7
+199 0822W 199Pbn -22668 10 2563.8 2.7 10.1 us 0.2 (29/2-) 07 1981 IT=100
+199 0830 199Bi -20798 11 27 m 1 9/2- 07 1950 B+=100
+199 0831 199Bim -20131 11 667 3 IT 24.70 m 0.15 (1/2+) 07 1950 B+=?;IT<2;A~0.01
+199 0832W 199Bin -18851 18 1947 14 100 ns 30 25/2+# 07 1974 IT=100
+199 0833W 199Bip -18250 18 2548 14 168 ns 13 29/2-# 07 1985 IT=100
+199 0840 199Po -15208 18 5.47 m 0.15 (3/2-)* 07 13Se03j 1965 B+=92.5 3;A=7.5 3
+199 0841 199Pom -14897 18 311.9 2.7 AD 4.17 m 0.05 13/2(+)* 07 1964 B+=73.5 10;A=24 1;IT=2.5 10
+199 0850 199At -8823 5 7.02 s 0.12 9/2(-) 07 05De01t 1967 A=89 6;B+ ?
+199 0851 199Atm -8579 5 244.0 1.0 IT 273 ms 9 (1/2+) 14Au03tjd2013 IT~100;A=1#
+199 0852W 199Atn -8250 5 572.9 0.1 70 ns 20 (13/2+) 07 10Ja05etj2000 IT=100
+199 0853W 199Atp -6530 5 2293.4 0.5 800 ns 50 (29/2+) 10Ja05etj2010 IT=100
+199 0860 199Rn -1500 40 590 ms 30 (3/2-) 07 05Uu02j 1980 A=?;B+=6#
+199 0861 199Rnm -1337 29 160 50 AD 310 ms 20 (13/2+) 07 05Uu02j 1981 A=?;B+=3#
+199 0870 199Fr 6771 14 6.6 ms 2.2 1/2+# 07 13Ka16t 1999 A~100;B+ ?
+199 0871 199Frm 6817 10 45 13 AD 6.5 ms 0.9 7/2-# 13Ka16t 2013 A~100;B+ ?
+199 0872 199Frn 7020# 50# 250# 50# 2.2 ms 1.2 13Uu01td 2013 A=?;B+ ?
+200 0760 200Os -18780# 300# 7 s 4 0+ 08 14Ku23t 2005 B-=100
+200 0770 200Ir -21610# 200# 43 s 6 (2-,3-) 11 14Mo15t 2008 B-=100
+200 0780 200Pt -26599 20 12.6 h 0.3 0+ 07 1957 B-=100
+200 0790 200Au -27240 27 48.4 m 0.3 1(-) 07 1951 B-=100
+200 0791 200Aum -26233 26 1010 40 BD 18.7 h 0.5 12- 07 1968 B-=82 2;IT=18 2
+200 0800 200Hg -29503.3 0.5 stbl 0+ 07 1925 IS=23.10 19
+200 0810 200Tl -27047 6 26.1 h 0.1 2- 07 1949 B+=100
+200 0811W 200Tlm -26293 6 753.6 0.24 34.0 ms 0.9 7+ 07 1963 IT=100
+200 0812W 200Tln -26285 6 762.00 0.24 330 ns 50 5+ 07 1972 IT=100
+200 0820 200Pb -26251 11 21.5 h 0.4 0+ 07 1950 EC=100
+200 0821W 200Pbm -24068 11 2183.3 1.1 448 ns 12 (9-) 07 1972 IT=100
+200 0822W 200Pbn -23245 11 3005.8 1.2 199 ns 3 (12+) 07 1975 IT=100
+200 0830 200Bi -20371 22 * 36.4 m 0.5 7+ 07 1950 B+=100
+200 0831W 200Bim -20270# 70# 100# 70# * 31 m 2 (2+) 07 1978 B+<100;IT ?
+200 0832W 200Bin -19943 22 428.20 0.10 400 ms 50 (10-) 07 1972 IT=100
+200 0840 200Po -16942 8 11.51 m 0.08 0+ 07 1951 B+=88.9 3;A=11.1 3
+200 0841W 200Pom -14346 8 2596.1 0.3 100 ns 10 11- 07 1985 IT=100
+200 0842W 200Pon -14125 11 2817 8 268 ns 3 12+ 07 1985 IT=100
+200 0850 200At -8988 24 43.2 s 0.9 (3+) 07 96Ta18t 1963 A=52 3;B+=48 3
+200 0851 200Atm -8875 25 112.9 2.9 AD 47 s 1 (7+) 07 1967 A=43 7;B+=?;IT ?
+200 0852 200Atn -8644 25 343.8 3.0 AD 8.0 s 2.1 (10-) 07 1967 IT<89.5 3;A~10.5 3;B+ ?
+200 0860 200Rn -4005 14 1.09 s 0.16 0+ 07 1971 A=92 8;B+ ?
+200 0861W 200Rnm -1685 24 2320 20 28 us 9 07 2002 IT=100
+200 0870 200Fr 6130 30 * 47.5 ms 2.8 (3+) 07 14Ka23td 1995 A=100;B-=2.5#;B-SF>1.4
+200 0871 200Frm 6180 50 50 60 AD* 190 ms 120 10-# 96En01td 1996 A~100;IT ?
+200 0872W 200Frn 6280# 60# 150# 50# 790 ns 360 14Ka23t 2014 IT ?
+201 0760 201Os -15240# 300# 1# s >300ns 1/2-# 13 2009 B- ?
+201 0770 201Ir -19900# 200# 21 s 5 (3/2+) 11 14Mo15t 2008 B-=100
+201 0780 201Pt -23740 50 2.5 m 0.1 (5/2-) 07 1962 B-=100
+201 0790 201Au -26401 3 26.0 m 0.8 3/2+ 07 1952 B-=100
+201 0791W 201Aum -25807 6 594 5 730 us 630 (11/2-) 07 11St21etj1981 IT=100
+201 0792W 201Aun -24791 6 1610 5 5.6 us 2.4 11St21etd2011 IT=100
+201 0800 201Hg -27662.5 0.7 stbl 3/2- 07 1925 IS=13.18 9
+201 0801W 201Hgm -26896.3 0.7 766.22 0.15 94.0 us 2.0 13/2+ 07 1961 IT=100
+201 0810 201Tl -27181 14 3.0442 d 0.0019 1/2+ 07 14Un01t 1950 EC=100
+201 0811W 201Tlm -26262 14 919.16 0.21 2.01 ms 0.07 (9/2-) 07 1962 IT=100
+201 0820 201Pb -25271 14 9.33 h 0.03 5/2- 07 1950 B+=100
+201 0821W 201Pbm -24642 14 629.1 0.3 60.8 s 1.8 13/2+ 07 1952 IT~100;B+ ?
+201 0822W 201Pbn -22333 24 2938 20 508 ns 3 (29/2-) 07 1981 IT=100
+201 0830 201Bi -21416 15 103 m 3 9/2- 07 1950 B+=100
+201 0831W 201Bim -20570 15 846.35 0.18 57.5 m 2.1 1/2+ 07 1950 B+>91.1#;IT<8.6;A=?
+201 0832W 201Bin -19443 27 1973 23 118 ns 28 25/2+# 07 1982 IT=100
+201 0833W 201Bip -19404 27 2012 23 105 ns 75 27/2+# 07 1985 IT=100
+201 0834W 201Biq -18635 27 2781 23 124 ns 4 29/2-# 07 1982 IT=100
+201 0840 201Po -16521 5 15.6 m 0.1 3/2-* 07 13Se03j 1951 B+=98.87 3;A=1.13 3
+201 0841 201Pom -16097 5 423.8 2.4 AD 8.96 m 0.12 13/2+* 07 13Se03j 1962 IT=56.2 12;B+=41.4 7;A=2.4 5
+201 0850 201At -10789 8 85.2 s 1.6 (9/2-) 07 1963 A=71 7;B+=29 7
+201 0851W 201Atm -10330 8 459 1 45 ms 3 1/2+ 14Au03etj2015 IT=100
+201 0852W 201Atn -8470 8 2319 1 3.39 us 0.09 29/2+ 15Au01etj2015 IT=100
+201 0860 201Rn -4070 50 7.0 s 0.4 (3/2-) 07 1967 A=?;B+=49#
+201 0861 201Rnm -3790# 90# 280# 80# 3.8 s 0.1 (13/2+) 07 1967 B+=66#;A=?
+201 0870 201Fr 3589 9 62.8 ms 1.9 (9/2-) 07 14Ka23t 1980 A=100
+201 0871 201Frm 3715 11 127 11 AD 17 ms 7 (1/2+) 07 14Ka23t 2005 A=100
+201 0872W 201Frn 3790 60 200 60 890 ns 360 (13/2+) 14Ka23etj2014 IT=100
+201 0880 201Ra 11937 20 20 ms 30 (3/2-) 14Ka23tj 2005 A=100
+201 0881 201Ram 12200 26 263 26 6 ms 5 (13/2+) 07 2005 A=100
+202 0760 202Os -13090# 400# 200# ms >300ns 0+ 13 2009 B- ?
+202 0770 202Ir -16780# 300# 11 s 3 (2-) 08 14Ku23t 2008 B-=100
+202 0771W 202Irm -14780# 300# 2000# 1000# 3.4 us 0.6 11St21td 2011 IT=100
+202 0780 202Pt -22692 25 44 h 15 0+ 08 1992 B-=100
+202 0781W 202Ptm -20904 25 1788.5 0.4 141 us 7 (7-) 08 11St21t 2005 IT~100
+202 0790 202Au -24353 23 28.4 s 1.2 (1-) 08 1967 B-=100
+202 0800 202Hg -27345.3 0.7 stbl 0+ 08 1920 IS=29.86 26
+202 0810 202Tl -25980.2 1.6 12.31 d 0.08 2- 08 1940 EC=100
+202 0811W 202Tlm -25030.0 1.6 950.19 0.10 591 us 3 7+ 08 1958 IT=100
+202 0820 202Pb -25941 4 52.5 ky 2.8 0+ 08 1954 EC=100
+202 0821W 202Pbm -23771 4 2169.85 0.08 3.54 h 0.02 9- 08 1954 IT=90.5 5;B+=9.5 5
+202 0822W 202Pbn -21800 50 4140 50 110 ns 5 16+# 08 1986 IT=100
+202 0823W 202Pbp -20640 50 5300 50 107 ns 3 19-# 08 1987 IT=100
+202 0830 202Bi -20741 15 1.72 h 0.05 5(+#) 08 1951 B+=100;A<1e-5
+202 0831W 202Bim -20116 19 625 12 3.04 us 0.06 10-# 08 1981 IT=100
+202 0832W 202Bin -18124 19 2617 12 310 ns 50 (17+) 08 1981 IT=100
+202 0840 202Po -17942 9 44.6 m 0.4 0+ 08 1951 B+=?;A=1.92 7
+202 0841W 202Pom -16230 15 1712 12 110 ns 15 8+ 08 1971 IT=100
+202 0850 202At -10591 28 184 s 1 3(+) 08 16Ly01jd 1961 B+=?;A=12 7
+202 0851 202Atm -10401 28 190 40 MD 182 s 2 7(+) 08 16Ly01j 1992 IT ?;B+ ?;A=8.7 15
+202 0852 202Atn -10010 28 580 40 MD 460 ms 50 10(-) 08 16Ly01j 1992 IT~100;A=0.096 11;B+=0.033#
+202 0860 202Rn -6275 18 9.7 s 0.1 0+ 08 1967 A=78 8;B+ ?
+202 0861W 202Rnm -3970# 50# 2310# 50# 2.22 us 0.07 11-# 02Do19t 2002 IT=100
+202 0870 202Fr 3096 7 372 ms 12 3+* 08 14Ka23t 1980 A=?;B+=14#
+202 0871 202Frm 3370 9 274 12 AD 286 ms 13 10-* 08 14Ka23t 1980 A=?;B+=14#
+202 0880 202Ra 9075 15 4.1 ms 1.1 0+ 08 14Ka23t 2005 A=100
+203 0760 203Os -7640# 400# 100# ms >300ns 9/2+# 13 12Ku26i 2012 B- ?;B-n=7#
+203 0770 203Ir -14690# 400# 6# s >300ns 3/2+# 13 09St16i 2009 B- ?
+203 0771W 203Irm -12550# 400# 2140# 50# 798 ns 350 (23/2+) 11St21tjd2011 IT=100
+203 0780 203Pt -19630# 200# 22 s 4 (1/2-) 06 14Mo15t 2008 B-=100
+203 0781W 203Ptm -16530# 200# 3100# 1000# 641 ns 55 33/2+# 11St21tjd2011 IT=100
+203 0790 203Au -23143 3 60 s 6 3/2+ 05 1952 B-=100
+203 0791W 203Aum -22502 4 641 3 140 us 44 11/2-# 05 11St21tj 2005 IT=100
+203 0800 203Hg -25269.3 1.6 46.613 d 0.018 5/2- 05 14Un01t 1943 B-=100
+203 0801W 203Hgm -24336.2 1.6 933.14 0.23 21.9 us 1.0 (13/2+) 05 11St21t 1964 IT=100
+203 0802W 203Hgn -16988.3 1.7 8281.0 0.5 146 ns 30 (53/2+) 11Sz01ejt2011 IT=100
+203 0810 203Tl -25761.4 1.2 stbl 1/2+ 05 1931 IS=29.52 1
+203 0811W 203Tlm -22200 50 3565 50 7.7 us 0.5 (25/2+) 05 1998 IT=100
+203 0820 203Pb -24787 7 51.916 h 0.015 5/2- 05 14Un01t 1942 EC=100
+203 0821W 203Pbm -23962 7 825.2 0.3 6.21 s 0.11 13/2+ 05 1955 IT=100
+203 0822W 203Pbn -21838 7 2949.2 0.4 480 ms 7 29/2- 05 1977 IT=100
+203 0823W 203Pbp -21820 50 2970 50 122 ns 4 25/2-# 05 1988 IT=100
+203 0830 203Bi -21525 13 11.76 h 0.05 9/2- 05 1950 B+=100
+203 0831W 203Bim -20427 13 1098.12 0.12 305 ms 5 1/2+ 05 1984 IT=100
+203 0832W 203Bin -19484 13 2041.5 0.6 194 ns 30 25/2+ 05 1978 IT=100
+203 0840 203Po -17311 9 36.7 m 0.5 5/2-* 05 13Se03j 1951 B+~100;A=0.11 2
+203 0841W 203Pom -16669 9 641.68 0.17 45 s 2 13/2+* 05 13Se03j 1969 IT~100;A=0.04#
+203 0842W 203Pon -15153 9 2158.5 0.6 >200 ns 05 1986 IT=100
+203 0850 203At -12163 11 7.4 m 0.2 9/2- 05 1951 B+=69 3;A=31 3
+203 0860 203Rn -6154 18 44 s 2 3/2-# 05 1967 A=66 9;B+ ?
+203 0861 203Rnm -5791 18 363 4 AD 26.9 s 0.5 13/2(+) 05 87Bo29j 1967 A=75 10;B+ ?
+203 0870 203Fr 876 6 550 ms 10 9/2-* 05 13Fl09j 1967 A~100;B+=5#
+203 0871 203Frm 1237 7 361 6 43 ms 4 (1/2+) 13Ja06tjd2013 IT=?;A=20 4
+203 0872W 203Frn 1300 100 426 100 370 ns 50 (13/2+) 13Ja06tjd2013 IT~100
+203 0880 203Ra 8660 40 36 ms 13 (3/2-) 05 96Le09j 1996 A~100;B+ ?
+203 0881 203Ram 8851 29 190 50 AD 25 ms 5 (13/2+) 05 96Le09j 1996 A~100;B+ ?
+204 0770 204Ir -9690# 400# 1# s >300ns 13 12Ku26i B- ?;B-n=0.01#
+204 0780 204Pt -17920# 200# 10.3 s 1.4 0+ 10 2008 B-=100
+204 0781W 204Ptm -15930# 200# 1995.1 0.7 5.5 us 0.7 (5-) 10 11St21e 2009 IT=100
+204 0782W 204Ptn -15890# 200# 2035 23 55 us 3 (7-) 10 2009 IT ?
+204 0783W 204Ptp -14730# 200# 3193 23 146 ns 14 (10+) 10 2009 IT=100
+204 0790 204Au -20650# 200# 38.3 s 1.3 (2-) 10 14Mo15t 1972 B-=100
+204 0791W 204Aum -16830# 200# 3816# 1000# 2.1 us 0.3 16+# 10 11St21jd 2008 IT=100
+204 0800 204Hg -24690.1 0.5 stbl 0+ 10 1920 IS=6.87 15;2B- ?
+204 0801W 204Hgm -20301.4 0.7 4388.7 0.5 29 ns 2 14+ 15Wr02etj2015 IT=100
+204 0802W 204Hgn -17464.0 0.7 7226.1 0.5 >480 ns 22+ 15Wr02etj2015 IT=100
+204 0810 204Tl -24346.1 1.2 3.783 y 0.012 2- 10 1953 B-=97.08 7;EC+B+=2.92 7
+204 0811W 204Tlm -23242.0 1.2 1104.1 0.2 61.7 us 1.0 7+ 10 11Br12ej 1972 IT=100
+204 0812W 204Tln -22027.1 1.2 2319.0 0.3 2.6 us 0.2 12- 10 11Br12ej 1998 IT=100
+204 0813W 204Tlp -19954.5 1.3 4391.6 0.5 420 ns 30 18+ 10 11Br12etj1998 IT=100
+204 0814W 204Tlq -18106.7 1.3 6239.4 0.5 90 ns 3 22- 10 11Br12etj2011 IT=100
+204 0820 204Pb -25109.9 1.1 stbl >140Py 0+ 10 1932 IS=1.4 1;A ?
+204 0821W 204Pbm -23835.8 1.1 1274.13 0.05 265 ns 6 4+ 10 1963 IT=100
+204 0822W 204Pbn -22924.0 1.1 2185.88 0.08 66.93 m 0.10 9- 10 1956 IT=100
+204 0823W 204Pbp -22845.5 1.1 2264.42 0.06 490 ns 70 7- 10 1978 IT=100
+204 0830 204Bi -20646 9 11.22 h 0.10 6+ 10 1947 B+=100
+204 0831W 204Bim -19841 9 805.5 0.3 13.0 ms 0.1 10- 10 1974 IT=100
+204 0832W 204Bin -17813 9 2833.4 1.1 1.07 ms 0.03 17+ 10 1974 IT=100
+204 0840 204Po -18341 11 3.519 h 0.012 0+ 10 1951 B+=99.33 3;A=0.67 3
+204 0841W 204Pom -16702 11 1639.03 0.06 158.6 ns 1.8 8+ 10 10Ka29t 1970 IT=100
+204 0850 204At -11875 22 9.12 m 0.11 7+ 10 1961 B+=96.2 2;A=3.8 2
+204 0851W 204Atm -11288 22 587.30 0.20 108 ms 10 10- 10 1969 IT=100
+204 0860 204Rn -7970 7 1.242 m 0.023 0+ 10 1967 A=72.4 9;B+ ?
+204 0870 204Fr 607 25 1.75 s 0.26 3+* 10 95Bi.Ad 1964 A=96 2;B+ ?
+204 0871 204Frm 658 25 50 4 AD 2.41 s 0.19 7(+) 10 95Bi.Ad 1967 A=90 2;B+ ?
+204 0872 204Frn 934 25 326 4 AD 1.65 s 0.15 10(-) 10 13Ja06t 1992 A=53 10;IT=47 10
+204 0880 204Ra 6057 15 60 ms 9 0+ 10 05Uu02t 1995 A~100;B+=0.3#
+205 0770 205Ir -5960# 500# 300# ms >300ns 3/2+# 13 12Ku26i 2012 B- ?;B-n=10#
+205 0780 205Pt -12970# 300# 5# s >300ns 9/2+# 11 10Al24i 2009 B- ?
+205 0790 205Au -18770# 200# 32.5 s 1.4 3/2+# 04 09Po01t 1994 B-=100
+205 0791W 205Aum -17860# 200# 907 5 6 s 2 11/2-# 09Po01etj2009 IT=?;B-=?
+205 0792W 205Aun -15920# 200# 2850 5 163 ns 5 19/2+# 11St21et 2011 IT=100
+205 0800 205Hg -22288 4 5.14 m 0.09 1/2- 04 1940 B-=100
+205 0801W 205Hgm -20732 4 1556.40 0.17 1.09 ms 0.04 13/2+ 04 1985 IT=100
+205 0802W 205Hgn -18972 4 3315.8 0.9 5.89 us 0.18 (23/2-) 11St21etj2011 IT=100
+205 0810 205Tl -23820.9 1.2 stbl 1/2+ 04 1931 IS=70.48 1
+205 0811W 205Tlm -20530.3 1.2 3290.60 0.17 2.6 us 0.2 25/2+ 04 1976 IT=100
+205 0812W 205Tln -18985.3 1.9 4835.6 1.5 235 ns 10 (35/2-) 04 2004 IT=100
+205 0820 205Pb -23770.2 1.1 17.3 My 0.7 5/2- 04 1954 EC=100
+205 0821W 205Pbm -23767.9 1.1 2.329 0.007 24.2 us 0.4 1/2- 04 1994 IT=100
+205 0822W 205Pbn -22756.4 1.1 1013.85 0.03 5.55 ms 0.02 13/2+ 04 1960 IT=100
+205 0823W 205Pbp -20574.5 1.2 3195.7 0.5 217 ns 5 25/2- 04 1973 IT=100
+205 0830 205Bi -21065 5 15.31 d 0.04 9/2- 04 1951 B+=100
+205 0831W 205Bim -19568 5 1497.17 0.09 7.9 us 0.7 1/2+ 04 1972 IT=100
+205 0832W 205Bin -18926 5 2139.0 0.7 220 ns 25 25/2+ 04 1978 IT=100
+205 0840 205Po -17521 10 1.74 h 0.08 5/2- 04 1951 B+~100;A=0.04 1
+205 0841W 205Pom -17378 10 143.166 0.017 310 ns 60 1/2- 04 1960 IT=100
+205 0842W 205Pon -16641 10 880.31 0.07 645 us 20 13/2+ 04 1962 IT=100
+205 0843W 205Pop -16060 10 1461.21 0.21 57.4 ms 0.9 19/2- 04 1973 IT=100
+205 0844W 205Poq -14434 10 3087.2 0.4 115 ns 10 29/2- 04 1985 IT=100
+205 0850 205At -12972 15 33.8 m 0.2 9/2- 04 10Ka29t 1951 B+ ?;A=10 2
+205 0851W 205Atm -10632 15 2339.65 0.23 7.76 us 0.14 29/2+ 04 1982 IT=100
+205 0860 205Rn -7710 5 2.83 m 0.07 5/2- 04 1967 B+ ?;A=24.6 9
+205 0861W 205Rnm -7053 5 657.1 0.5 >10 s 13/2+# 04 10De04ed 2010 IT~100;A ?;B+ ?
+205 0870 205Fr -1310 8 3.82 s 0.06 9/2-* 04 10De04t 1964 A~100;B+<1
+205 0871W 205Frm -766 8 544.0 1.0 80 ns 20 (13/2+) 12Ja01ejt2012 IT=100
+205 0872W 205Frn -701 9 609 5 1.15 ms 0.04 (1/2+) 12Ja01etj2012 IT=100
+205 0880 205Ra 5840 70 220 ms 50 (3/2-) 04 1987 A=?;B+ ?
+205 0881 205Ram 6140# 100# 300# 100# 180 ms 50 (13/2+) 04 1995 A=?;IT ?;B+ ?
+205 0890 205Ac 14110 50 80 ms 60 9/2-# 14 14Zh03t 2014 A~100;B+=0.2#
+206 0780 206Pt -9630# 300# 5# s >300ns 0+ 13 12Ku26i 2012 B- ?;B-n=0#
+206 0790 206Au -14220# 300# 47 s 11 (5+,6+) 16 16Ca25tj 2009 B-=100
+206 0800 206Hg -20946 20 8.32 m 0.07 0+ 08 1961 B-=100
+206 0801W 206Hgm -18844 20 2102.4 0.3 2.09 us 0.02 5- 08 11St21t 1982 IT=100
+206 0802W 206Hgn -17224 20 3722.3 1.0 106 ns 6 (10+) 08 11St21etj2001 IT=100
+206 0810 206Tl -22253.4 1.3 4.202 m 0.011 0- 08 1935 B-=100
+206 0811W 206Tlm -19610.3 1.3 2643.10 0.18 3.74 m 0.03 (12-) 08 1976 IT=100
+206 0820 206Pb -23785.6 1.1 stbl >2.5Zy 0+ 08 13Be16t 1927 IS=24.1 1;A ?
+206 0821W 206Pbm -21585.4 1.1 2200.16 0.04 125 us 2 7- 08 1953 IT=100
+206 0822W 206Pbn -19758.3 1.3 4027.3 0.7 202 ns 3 12+ 08 1971 IT=100
+206 0830 206Bi -20028 8 6.243 d 0.003 6(+) 08 1947 B+=100
+206 0831W 206Bim -19968 8 59.897 0.017 7.7 us 0.2 (4+) 08 1957 IT=100
+206 0832W 206Bin -18983 8 1044.8 0.7 890 us 10 (10-) 08 1974 IT=100
+206 0840 206Po -18189 4 8.8 d 0.1 0+ 08 1947 B+=94.55 5;A=5.45 5
+206 0841W 206Pom -16603 4 1585.90 0.11 232 ns 4 8+ 08 FGK145j 1970 IT=100
+206 0842W 206Pon -15927 4 2262.09 0.12 1.05 us 0.06 9- 08 FGK145j 1970 IT=100
+206 0850 206At -12430 15 30.6 m 0.8 (5)+ 08 1961 B+=99.10 8;A=0.90 8
+206 0851W 206Atm -11620 15 810 3 813 ns 21 (10)- 08 09Dr08t 1999 IT=100
+206 0860 206Rn -9133 9 5.67 m 0.17 0+ 08 1954 A=62 3;B+=38 3
+206 0870 206Fr -1242 28 ~16 s 3+* 08 16Ly01d 1964 B+=?;A=88.4 33
+206 0871 206Frm -1048 28 190 40 IT ~16 s 7(+) 08 16Ly01d 1964 A=84.7 15;B+ ?;IT ?
+206 0872 206Frn -517 28 730 40 MD 700 ms 100 10(-) 08 16Ly01d 1983 IT=?;A=13 2
+206 0876 206Frx -1140 100 100 100 MD R= ? spmix
+206 0880 206Ra 3566 18 240 ms 20 0+ 08 1967 A=?;B+=2.5#
+206 0890 206Ac 13480 50 25 ms 7 (3+) 08 1998 A~100;B+=0.2#
+206 0891 206Acm 13700 30 220 60 AD 41 ms 16 (10-) 08 1996 A~100;B+ ?
+207 0780 207Pt -4540# 400# 1# s >300ns 9/2+# 13 12Ku26i 2012 B- ?;B-n=2#
+207 0790 207Au -10810# 300# 10# s >300ns 3/2+# 11 2010 B- ?;B-n=0.4#
+207 0800 207Hg -16487 30 2.9 m 0.2 9/2+# 11 1982 B-=100
+207 0810 207Tl -21034 5 4.77 m 0.02 1/2+ 11 1908 B-=100
+207 0811W 207Tlm -19686 5 1348.18 0.16 1.33 s 0.11 11/2- 11 1965 IT~100;B-<0.1#
+207 0820 207Pb -22452.0 1.1 stbl >1.9Zy 1/2- 11 13Be16t 1927 IS=22.1 1;A ?
+207 0821W 207Pbm -20818.6 1.1 1633.356 0.004 806 ms 5 13/2+ 11 1951 IT=100
+207 0830 207Bi -20054.6 2.4 31.20 y 0.03 9/2- 11 14Un01t 1950 B+=100
+207 0831W 207Bim -17953.0 2.4 2101.61 0.16 182 us 6 21/2+ 11 1967 IT=100
+207 0840 207Po -17146 7 5.80 h 0.02 5/2- 11 1947 B+~100;A=0.021 2
+207 0841W 207Pom -17077 7 68.557 0.014 205 ns 10 1/2- 11 1963 IT=100
+207 0842W 207Pon -16031 7 1115.076 0.017 49 us 4 13/2+ 11 1962 IT=100
+207 0843W 207Pop -15763 7 1383.16 0.07 2.79 s 0.08 19/2- 11 1961 IT=100
+207 0850 207At -13227 12 1.81 h 0.03 9/2- 11 1951 B+ ?;A~10
+207 0851W 207Atm -11110 12 2117.3 0.6 108 ns 2 25/2+ 11 1981 IT=100
+207 0860 207Rn -8635 8 9.25 m 0.17 5/2- 11 1954 B+=79 3;A=21 3
+207 0861W 207Rnm -7736 8 899.1 1.0 184.5 us 0.9 13/2+ 11 1974 IT=100
+207 0870 207Fr -2844 18 14.8 s 0.1 9/2-* 11 85Co24j 1964 A=95 2;B+ ?
+207 0880 207Ra 3540 50 1.38 s 0.18 5/2-# 11 1967 A~86;B+ ?
+207 0881 207Ram 4102 20 560 50 AD 57 ms 8 13/2+# 11 96Le09t 1987 IT=85#;A=?;B+=0.55#
+207 0890 207Ac 11150 50 31 ms 8 9/2-# 11 98Es02t 1994 A~100
+208 0780 208Pt -990# 400# 1# s >300ns 0+ 13 12Ku26i 2012 B- ?;B-n=90#
+208 0790 208Au -6100# 300# 10# s >300ns 11 10Al24i 2010 B- ?;B-n=5#
+208 0800 208Hg -13270 30 42 m 5 0+ 10 1994 B-=100
+208 0801W 208Hgm -11930 40 1338 24 99 ns 14 (8+) 10 2009 IT=100
+208 0810 208Tl -16750.1 1.9 3.053 m 0.004 5+ 07 1909 B-=100
+208 0820 208Pb -21748.6 1.1 stbl >2.6Zy 0+ 07 13Be16t 1927 IS=52.4 1;A ?
+208 0821W 208Pbm -16853.4 1.1 4895.23 0.05 500 ns 10 10+ 07 98Pf02t 1998 IT=100
+208 0830 208Bi -18870.2 2.3 368 ky 4 5+ 07 1953 B+=100
+208 0831W 208Bim -17299.1 2.3 1571.1 0.4 2.58 ms 0.04 10- 07 1961 IT=100
+208 0840 208Po -17469.6 1.7 2.898 y 0.002 0+ 07 1947 A~100;B+=0.0040 4
+208 0841W 208Pom -15941.4 1.7 1528.22 0.04 350 ns 20 8+ 07 1968 IT=100
+208 0850 208At -12470 9 1.63 h 0.03 6+ 07 1950 B+=99.45 6;A=0.55 6
+208 0851W 208Atm -10194 9 2276.4 1.8 1.5 us 0.2 16- 07 1991 IT=100
+208 0860 208Rn -9656 11 24.35 m 0.14 0+ 07 1955 A=62 7;B+=38 7
+208 0861W 208Rnm -7828 11 1828.3 0.4 487 ns 12 8+ 07 1979 IT=100
+208 0870 208Fr -2666 12 59.1 s 0.3 7+* 07 78Ek02j 1964 A=89 3;B+=11 3
+208 0871W 208Frm -1839 22 827 18 432 ns 11 (10-) 07 09Dr08t 2009 IT=100
+208 0880 208Ra 1728 9 1.110 s 0.045 0+ 07 10He25td 1967 A=87 3;B+ ?
+208 0881W 208Ram 3875 9 2147.4 0.4 263 ns 17 (8+) 07 05Re02t 1998 IT=100
+208 0890 208Ac 10750 60 97 ms 15 (3+) 07 14Ya19t 1994 A=?;B+=1#
+208 0891 208Acm 11258 28 500 50 AD 28 ms 7 (10-) 07 96Ik01t 1994 A=?;IT<10#;B+=1#
+208 0900 208Th 16680 30 2.4 ms 1.2 0+ 11 2010 A~100
+209 0790 209Au -2540# 400# 1# s >300ns 3/2+# 15 10Al24i 2010 B- ?;B-n=90#
+209 0800 209Hg -8640# 150# 38 s 6 9/2+# 15 1998 B-=100;B-n=0#
+209 0810 209Tl -13645 6 2.162 m 0.007 1/2+ 15 1950 B-=100;B-n=0#
+209 0820 209Pb -17614.6 1.7 3.234 h 0.007 9/2+ 15 1940 B-=100
+209 0830 209Bi -18258.7 1.4 20.1 Ey 0.8 9/2- 15 1924 IS=100.;A=100
+209 0840 209Po -16366.1 1.8 124 y 3 1/2-* 15 13Se03j 1949 A~100;B+=0.454 7
+209 0841W 209Pom -12100.7 1.8 4265.4 0.3 119 ns 4 31/2- 15 1974 IT=100
+209 0850 209At -12883 5 5.42 h 0.05 9/2- 15 1951 B+=95.9 5;A=4.1 5
+209 0851W 209Atm -10454 5 2429.32 0.22 916 ns 10 29/2+ 15 1975 IT=100
+209 0860 209Rn -8941 10 28.8 m 1.0 5/2- 15 1952 B+=83 2;A=17 2
+209 0861W 209Rnm -7767 10 1174.01 0.13 13.4 us 1.3 13/2+ 15 1985 IT=100
+209 0862W 209Rnn -5304 10 3636.81 0.23 3.0 us 0.3 35/2+ 15 1985 IT=100
+209 0870 209Fr -3770 15 50.5 s 0.7 9/2-* 15 78Ek02j 1964 A=89 3;B+=11 3
+209 0871W 209Frm 890 15 4659.8 0.7 420 ns 18 45/2- 15 2006 IT=100
+209 0880 209Ra 1858 6 4.71 s 0.08 5/2- 15 08Ha12t 1967 A~100;B+ ?
+209 0881W 209Ram 2740 6 882.4 0.7 117 us 5 13/2+ 15 08Ha12d 2008 A~90;B+~10
+209 0890 209Ac 8840 50 94 ms 10 (9/2-) 15 14Ya19t 1968 A=?;B+=1#
+209 0900 209Th 16370# 140# 60# ms 5/2-# A ?;B+ ?
+209 0901 209Thm 16840# 100# 470# 100# 3.1 ms 1.2 (13/2+) 15 1996 A~100;B+ ?
+210 0790 210Au 2330# 400# 1# s >300ns 14 10Al24i 2010 B- ?;B-n=10#
+210 0800 210Hg -5370# 200# 64 s 10 0+ 14 16Ca25td 1998 B-=100;B-n=2.2 22
+210 0801W 210Hgm -4710# 200# 663 2 2.1 us 0.7 (3-) 14 2013 IT=100
+210 0802W 210Hgn -3960# 200# 1406 23 2 us 1 8+# 14 13Go10e 2013 IT=100
+210 0810 210Tl -9247 12 1.30 m 0.03 5+# 14 1909 B-=100;B-n=0.009 6
+210 0820 210Pb -14728.5 1.4 22.20 y 0.22 0+ 14 1900 B-=100;A=1.9e-6 4
+210 0821W 210Pbm -13451 5 1278 5 201 ns 17 8+ 14 1980 IT=100
+210 0830 210Bi -14792.0 1.4 5.012 d 0.005 1- 14 1905 B-=100;A=13.2e-5 10
+210 0831W 210Bim -14520.7 1.4 271.31 0.11 3.04 My 0.06 9- 14 1953 A=100
+210 0840 210Po -15953.1 1.1 138.376 d 0.002 0+ 14 1898 A=100
+210 0841W 210Pom -14396.1 1.1 1556.97 0.03 98.9 ns 2.5 8+ 14 1968 IT=100
+210 0842W 210Pon -10895.5 1.1 5057.65 0.05 263 ns 5 16+ 14 1985 IT=100
+210 0850 210At -11972 8 8.1 h 0.4 (5)+ 14 1949 B+~100;A=0.175 20
+210 0851W 210Atm -9422 8 2549.6 0.2 482 ns 6 (15)- 14 1970 IT=100
+210 0852W 210Atn -7944 8 4027.7 0.2 5.66 us 0.07 (19)+ 14 1975 IT=100
+210 0860 210Rn -9605 5 2.4 h 0.1 0+ 14 1952 A=96 1;B+ ?
+210 0861 210Rnm -7900 30 1710 30 AD 644 ns 40 8+# 14 1979 IT ?
+210 0862W 210Rnn -5750 30 3857 30 1.06 us 0.05 (17)- 14 1979 IT=100
+210 0863W 210Rnp -3090 30 6514 30 1.04 us 0.07 (23)+ 14 1986 IT=100
+210 0870 210Fr -3333 15 3.18 m 0.06 6+* 14 05Ku06d 1964 A=71 4;B+ ?
+210 0880 210Ra 443 9 4.0 s 0.1 0+ 14 08Ha12t 1967 A=?;B+=4#
+210 0881W 210Ram 2494 9 2050.9 0.7 2.29 us 0.03 8+ 14 04Re04tj 1998 IT=100
+210 0890 210Ac 8790 60 350 ms 40 7+# 14 00He17t 1968 A=?;B+=9#
+210 0900 210Th 14059 19 16.0 ms 3.6 0+ 14 1995 A=?;B+=1#
+211 0800 211Hg -620# 200# 26 s 8 9/2+# 13 16Ca25td 2010 B-=100;B-n=6.3 63
+211 0810 211Tl -6080 40 80 s 16 1/2+ 13 14Mo02j 1998 B-=100;B-n=2.2 22
+211 0820 211Pb -10492.9 2.3 36.164 m 0.012 9/2+ 13 16Ai01t 1904 B-=100
+211 0821W 211Pbm -8789 15 1704 15 159 ns 28 (27/2+) 13 05La01et 2005 IT=100
+211 0830 211Bi -11859 5 2.14 m 0.02 9/2- 13 1905 A~100;B-=0.276 4
+211 0831W 211Bim -10602 11 1257 10 1.4 us 0.3 (25/2-) 13 1998 IT=100
+211 0840 211Po -12432.6 1.3 516 ms 3 9/2+* 15 13Se03j 1913 A=100
+211 0841 211Pom -10970 5 1462 5 AD 25.2 s 0.6 (25/2+) 15 1954 A~100;IT=0.016 4
+211 0842W 211Pon -10298 5 2135 5 243 ns 21 (31/2-) 15 1998 IT~100;A ?
+211 0843W 211Pop -7561 6 4872 6 2.8 us 0.7 (43/2+) 15 1998 IT~100;A ?
+211 0850 211At -11647.3 2.7 7.214 h 0.007 9/2- 13 1940 EC=58.20 8;A=41.80 8
+211 0851W 211Atm -6832.8 2.7 4814.5 0.5 4.23 us 0.07 (39/2-) 13 1971 IT=100
+211 0860 211Rn -8755 7 14.6 h 0.2 1/2- 13 1952 B+=72.6 17;A=27.4 17
+211 0861W 211Rnm -7152 16 1603 14 596 ns 28 (17/2-) 13 1981 IT=100
+211 0862W 211Rnn 125 16 8880 14 201 ns 4 (63/2-) 13 1981 IT=100
+211 0870 211Fr -4140 12 3.10 m 0.02 9/2-* 13 05Ku06d 1964 A=87 3;B+ ?
+211 0871W 211Frm -1717 12 2423.16 0.24 146 ns 14 (29/2+) 13 1986 IT=100
+211 0872W 211Frn 517 12 4657.3 0.4 123 ns 14 (45/2-) 13 1986 IT=100
+211 0880 211Ra 832 8 13.2 s 1.4 5/2(-) 13 07Le14t 1967 A>93;B+<7
+211 0881W 211Ram 2030 8 1198.1 0.8 9.5 us 0.3 13/2+ 13 13Ba29t 2004 IT=100
+211 0890 211Ac 7200 50 213 ms 25 9/2- 13 00He17t 1968 A~100;B+<0.2
+211 0900 211Th 13910 70 48 ms 20 5/2-# 13 1995 A=?;B+=0.5#
+211 0910 211Pa 22080# 100# 3# ms >300ns 9/2-# 13 2006 A ?;B+ ?;p ?
+212 0800 212Hg 2760# 300# 1# m >300ns 0+ 11 10Al24i 2010 B- ?;B-n=8#
+212 0810 212Tl -1550# 200# 31 s 8 (5+) 12 16Ca25td 1998 B-=100;B-n=1.8 18
+212 0820 212Pb -7548.8 1.8 10.64 h 0.01 0+ 05 1905 B-=100
+212 0821W 212Pbm -6213.8 2.7 1335 2 6.0 us 0.8 8+# 05 12Re.Be 1998 IT=100
+212 0830 212Bi -8118.0 1.9 60.55 m 0.06 1(-) 05 89Ha.Ad 1905 B-=64.06 6;A=35.94 6;B-A=0.014
+212 0831 212Bim -7870 30 250 30 AD 25.0 m 0.2 (8-,9-) 05 1978 A=67 1;B-=33 1;B-A=30 1
+212 0832 212Bin -6639 30 1479 30 MD 7.0 m 0.3 >16 05 13Ch12d 1978 B-=?;IT>75
+212 0840 212Po -10369.5 1.2 294.7 ns 1.0 0+ 05 13Be31t 1906 A=100
+212 0841 212Pom -7446 5 2923 4 AD 45.1 s 0.6 (18+) 05 1962 A~100;IT=0.07 2
+212 0850 212At -8628.2 2.4 314 ms 2 (1-) 05 1954 A~100;B+<0.03;B-<2e-6
+212 0851 212Atm -8405.3 2.4 222.9 0.9 AD 119 ms 3 9-# 05 1970 A>99;IT<1
+212 0852W 212Atn -3856.6 2.6 4771.6 1.1 152 us 5 (25-) 05 1998 IT=100
+212 0860 212Rn -8660 3 23.9 m 1.2 0+ 05 1950 A=100;2B+ ?
+212 0861W 212Rnm -7020 3 1639.8 0.3 118 ns 14 6+ 05 FGK128j 1971 IT=100
+212 0862W 212Rnn -6966 3 1694.0 0.4 910 ns 30 8+ 05 FGK128j 1971 IT=100
+212 0863W 212Rnp -2486 3 6174.0 0.4 104.0 ns 2.8 22+ 05 09Dr12etj1977 IT=100
+212 0864W 212Rnq -81 3 8579.0 0.5 154 ns 14 30+ 05 09Dr12ej 1977 IT=100
+212 0870 212Fr -3516 9 20.0 m 0.6 5+* 05 78Ek02j 1950 B+=57 2;A=43 2
+212 0871W 212Frm -1965 9 1551.4 0.3 31.9 us 0.7 (11+) 05 1977 IT=100
+212 0872W 212Frn -1024 9 2492.2 0.4 604 ns 28 (15-) 05 1977 IT=100
+212 0873W 212Frp 2339 9 5854.7 0.6 312 ns 21 (27-) 05 1986 IT=100
+212 0874W 212Frq 5017 9 8533.4 1.1 23.6 us 2.1 34+# 05 1990 IT=100
+212 0880 212Ra -199 11 13.0 s 0.2 0+ 05 1967 A=?;B+=15#
+212 0881W 212Ram 1759 11 1958.4 0.5 8.1 us 0.7 8+ 05 13Ba29t 1986 IT=100
+212 0882W 212Ran 2414 11 2613.4 0.5 512 ns 104 11- 05 13Ba29t 1986 IT=100
+212 0890 212Ac 7280 50 895 ms 28 6+# 05 14Ya19t 1968 A=?;B+=3#
+212 0900 212Th 12111 10 31.7 ms 1.3 0+ 15 1980 A~100;B+=0.3#
+212 0910 212Pa 21590 70 7.5 ms 2.8 7+# 05 14Ya19t 1997 A=100
+213 0800 213Hg 7670# 300# 1# s >300ns 5/2+# 11 10Al24i 2010 B- ?;B-n=30#
+213 0810 213Tl 1784 27 24 s 4 1/2+ 12 16Ca25td 2010 B-=100;B-n=7.6 34
+213 0820 213Pb -3204 7 10.2 m 0.3 (9/2+) 07 1964 B-=100
+213 0830 213Bi -5232 5 45.61 m 0.04 9/2- 07 13Ma13t 1947 B-=97.91 3;A=2.09 3
+213 0831W 213Bim -3930# 200# 1300# 200# >168 s 25/2-# 08Ch.At 2008
+213 0840 213Po -6654 3 3.708 us 0.008 9/2+ 07 13Su13t 1947 A=100
+213 0850 213At -6580 5 125 ns 6 9/2- 07 1968 A=100
+213 0851W 213Atm -5210 50 1370 50 110 ns 17 07 1980 IT=100
+213 0852W 213Atn -3600 50 2980 50 45 us 4 (49/2+) 07 2003 IT=100
+213 0860 213Rn -5696 3 19.5 ms 0.1 9/2+# 07 1967 A=100
+213 0861W 213Rnm -3990 50 1710 50 1.00 us 0.21 (25/2+) 07 1988 IT=100
+213 0862W 213Rnn -3460 50 2240 50 1.36 us 0.07 (31/2-) 07 1988 IT=100
+213 0863W 213Rnp 280 50 5980 50 164 ns 11 (55/2+) 07 1988 IT=100
+213 0870 213Fr -3553 5 34.14 s 0.06 9/2-* 07 13Fi08t 1964 A=99.44 5;B+=0.56 5
+213 0871W 213Frm -1963 5 1590.41 0.18 505 ns 14 21/2- 07 1971 IT=100
+213 0872W 213Frn -1015 5 2537.62 0.23 238 ns 6 29/2+ 07 1971 IT=100
+213 0873W 213Frp 4542 5 8094.8 0.7 3.1 us 0.2 (65/2-) 07 1989 IT=100
+213 0880 213Ra 346 10 2.73 m 0.05 1/2- 07 1955 A=80 5;B+ ?
+213 0881 213Ram 2114 11 1768 4 AD 2.20 ms 0.05 (17/2-) 07 06Ku26td 1976 IT~99;A=0.6 4
+213 0890 213Ac 6155 15 738 ms 16 9/2-# 07 1968 A=?;B+ ?
+213 0900 213Th 12120 9 144 ms 21 5/2-# 07 1968 A=?;B+=1.4#
+213 0901W 213Thm 13300 9 1180 3 1.4 us 0.4 13/2+# 07Kh22td 2007 IT=100
+213 0903 213Thp 12380# 50# 260# 50#
+213 0910 213Pa 19660 70 7 ms 3 9/2-# 07 95Ni05td 1995 A=100
+214 0800 214Hg 11180# 400# 1# s >300ns 0+ 11 10Al24i 2010 B- ?;B-n=10#
+214 0810 214Tl 6470# 200# 11 s 2 5+# 11 16Ca25td 2010 B-=100;B-n=34 12
+214 0820 214Pb -182.8 2.0 27.06 m 0.07 0+ 15 1904 B-=100
+214 0821W 214Pbm 1237 20 1420 20 6.2 us 0.3 8+# 15 2012 IT=100
+214 0830 214Bi -1201 11 19.9 m 0.4 1- 09 89Ha.Ad 1904 B-~100;A=0.021 1;B-A=0.003
+214 0831W 214Bim -1000# 100# 200# 100# >93 s 8-# 08Ch.At 2008
+214 0840 214Po -4470.0 1.4 163.72 us 0.27 0+ 09 13Be31t 1912 A=100
+214 0850 214At -3380 4 558 ns 10 1- 09 1949 A=100
+214 0851 214Atm -3321 8 59 9 AD 265 ns 30 09 1982 A<100
+214 0852 214Atn -3146 5 234 6 AD 760 ns 15 9- 09 1982 A<100
+214 0860 214Rn -4320 9 270 ns 20 0+ 09 1970 A=100
+214 0861W 214Rnm 275 9 4595.4 1.8 245 ns 30 (22+) 09 1983 IT=100
+214 0870 214Fr -959 9 5.18 ms 0.16 (1-) 09 15Kh09t 1967 A=100
+214 0871 214Frm -837 8 122 5 AD 3.35 ms 0.05 (8-) 09 1962 A=100
+214 0872W 214Frn -321 10 638 5 103 ns 4 (11+) 09 1993 IT=100
+214 0873W 214Frp 5620 100 6580 100 108 ns 7 (33+) 09 1994 IT ?
+214 0880 214Ra 93 5 2.437 s 0.016 0+ 09 15Kh09t 1967 A~100;B+=0.059 4
+214 0881W 214Ram 1913 5 1819.7 1.8 118 ns 7 6+ 09 2004 IT=100
+214 0882W 214Ran 1958 5 1865.2 1.8 67.3 us 1.5 8+ 09 1971 IT~100;A=0.09 7
+214 0883W 214Rap 2776 5 2683.2 1.8 295 ns 7 11- 09 1979 IT=100
+214 0884W 214Raq 3571 5 3478.4 1.8 279 ns 4 14+ 09 1979 IT=100
+214 0885W 214Rar 4240 5 4146.8 1.8 225 ns 4 17- 09 1979 IT=100
+214 0886W 214Rax 6670 5 6577.0 1.8 128 ns 4 (25-) 09 1992 IT=100
+214 0890 214Ac 6444 15 8.2 s 0.2 5+# 09 1968 A>89 3;B+<11 3
+214 0900 214Th 10695 11 87 ms 10 0+ 09 1968 A~100;B+=0.1#
+214 0901W 214Thm 12876 11 2181.0 2.7 1.24 us 0.12 8+# 09 2007 IT=100
+214 0910 214Pa 19490 80 17 ms 3 09 95Ni05d 1995 A~100
+215 0800 215Hg 16210# 400# 1# s >300ns 3/2+# 13 10Al24i 2010 B- ?;B-n=4#
+215 0810 215Tl 9910# 300# 10 s 4 1/2+# 13 16Ca25td 2010 B-=100;B-n=4.6 46
+215 0820 215Pb 4340 50 2.34 m 0.19 9/2+# 13 16Ca25t 1998 B-=100
+215 0830 215Bi 1629 6 7.6 m 0.2 (9/2-) 13 1953 B-=100
+215 0831W 215Bim 2996 21 1367 20 36.9 s 0.6 (25/2-) 13 2001 IT=76.9 5;B-=23.1 5
+215 0840 215Po -541.7 2.1 1.781 ms 0.005 9/2+ 13 1911 A=100;B-=2.3e-4 2
+215 0850 215At -1256 7 100 us 20 9/2- 13 1944 A=100
+215 0860 215Rn -1169 8 2.30 us 0.10 9/2+ 13 1952 A=100
+215 0870 215Fr 318 7 86 ns 5 9/2- 13 1970 A=100
+215 0880 215Ra 2534 8 1.67 ms 0.01 9/2+# 13 1967 A=100
+215 0881W 215Ram 4412 8 1877.8 0.3 7.31 us 0.13 (25/2+) 13 04He25t 1983 IT=100
+215 0882W 215Ran 4781 8 2246.9 0.4 1.39 us 0.07 (29/2-) 13 1998 IT=100
+215 0883W 215Rap 6340 50 3810 50 555 ns 10 (43/2-) 13 1987 IT=100
+215 0890 215Ac 6031 12 170 ms 10 9/2- 13 1968 A~100;B+=0.09 2
+215 0891W 215Acm 7827 12 1796.0 0.9 185 ns 30 (21/2-) 13 1983 IT=100
+215 0892W 215Acn 8520 50 2490 50 335 ns 10 (29/2+) 13 1983 IT=100
+215 0900 215Th 10922 9 1.2 s 0.2 (1/2-) 13 1968 A=100
+215 0901W 215Thm 12390 50 1470 50 770 ns 60 9/2+# 13 2005 IT=100
+215 0910 215Pa 17860 70 14 ms 2 9/2-# 13 1979 A=100
+215 0920 215U 24920 90 1.4 ms 0.9 5/2-# 15 15Ya13t 2015 A>0;B+ ?
+216 0800 216Hg 19860# 400# 100# ms >300ns 0+ 11 10Al24i 2010 B- ?;B-n=6#
+216 0810 216Tl 14720# 300# 6 s 3 5+# 11 16Ca25td 2010 B-=100;B-n<11.5
+216 0820 216Pb 7480# 200# 1.65 m 0.2 0+ 15 16Ca25td 2010 B-=100
+216 0821W 216Pbm 8990# 200# 1514 20 400 ns 40 8+# 15 2012 IT=100
+216 0830 216Bi 5874 11 * 2.25 m 0.05 (6-,7-) 07 1989 B-~100
+216 0831 216Bim 5898 15 24 19 MD* 6.6 m 2.1 (3)(-#) 07 1989 B-~100
+216 0840 216Po 1782.4 1.8 145 ms 2 0+ 07 1910 A=100;2B- ?
+216 0850 216At 2257 4 300 us 30 1(-) 07 1948 A~100;B-<0.006;EC<3e-7
+216 0851 216Atm 2417 10 161 11 AD 100# us 9-# 07 1971 A=100
+216 0860 216Rn 253 6 45 us 5 0+ 07 1949 A=100
+216 0870 216Fr 2971 4 700 ns 20 (1-) 07 1970 A=100;B+<2e-7#
+216 0871 216Frm 3190 6 219 6 AD 850 ns 30 (9-) 07Ku30tjd2007 A=?;B+ ?
+216 0880 216Ra 3291 9 182 ns 10 0+ 07 1972 A=100;EC<1e-8
+216 0890 216Ac 8144 11 440 us 16 (1-) 07 1967 A=100;B+=7e-5#
+216 0891 216Acm 8188 10 44 8 AD 441 us 7 (9-) 07 1966 A=100;B+=7e-5#
+216 0892W 216Acn 8560# 100# 420# 100# ~300 ns 07 2006 IT=100
+216 0900 216Th 10298 12 26.0 ms 0.2 0+ 07 1968 A~100;B+=0.01#
+216 0901 216Thm 12342 14 2043 9 AD 134 us 4 (8+) 07 1983 IT ?;A=2.8 9
+216 0902W 216Thn 12945 12 2646.8 0.1 580 ns 30 (11-) 07 01Ha46j 1983 IT=100
+216 0903W 216Thp 13979 12 3681.4 0.7 740 ns 70 (14+) 07 2001 IT=100
+216 0910 216Pa 17800 50 105 ms 12 07 96An21t 1972 A=?;B+=2#
+216 0920 216U 23066 28 6.9 ms 2.9 0+ 15 15Ma37t 2015 A=100
+216 0921 216Uxm 25320 30 2250 40 1.4 ms 0.9 8+# 15 15Ma37t 2015 A=100
+217 0810 217Tl 18310# 400# 1# s >300ns 1/2+# 11 10Al24i 2010 B- ?;B-n=100#
+217 0820 217Pb 12240# 300# 20 s 5 9/2+# 11 16Ca25td 2010 B-=100
+217 0830 217Bi 8730 18 98.5 s 1.3 9/2-# 14 1998 B-=100
+217 0831W 217Bim 10210 40 1480 40 2.70 us 0.06 25/2-# 14 14Mo02t 2012 IT=100
+217 0840 217Po 5884 7 1.514 s 0.026 (9/2+) 03 04Li28tj 1956 A>95;B-<5
+217 0850 217At 4395 5 32.62 ms 0.24 9/2- 03 13Su13t 1947 A~100;B-=0.008 2
+217 0860 217Rn 3659 4 540 us 50 9/2+ 03 1949 A=100
+217 0870 217Fr 4315 7 16.8 us 1.9 9/2- 03 90An19t 1968 A=100
+217 0880 217Ra 5890 7 1.63 us 0.17 (9/2+) 03 90An19t 1970 A=100
+217 0890 217Ac 8704 11 69 ns 4 9/2- 03 1972 A=100;B+=6.9e-9
+217 0891 217Acm 10716 18 2012 20 AD 740 ns 40 (29/2)+ 03 1973 IT=95.7 10;A=4.3 10
+217 0900 217Th 12206 11 247 us 4 9/2+# 03 05Ku31t 1968 A=100
+217 0901W 217Thm 12880 11 673.8 1.8 141 ns 50 (15/2-) 03 1989 IT=100
+217 0902W 217Thn 14510# 60# 2307# 55# 71 us 14 (25/2+) 05Ku31etj2002 IT=100
+217 0910 217Pa 17068 16 3.48 ms 0.09 9/2-# 03 02He29t 1968 A=100;B=0.0024#
+217 0911 217Pam 18929 16 1860 7 AD 1.08 ms 0.03 (23/2-) 03 02He29td 1979 A=73 4;IT ?
+217 0920 217U 22970# 70# 800 us 700 1/2-# 03 05Le42t 2000 A~100;B-=0.05#
+218 0810 218Tl 23180# 400# 200# ms 5+# B- ?;B-n=70#
+218 0820 218Pb 15450# 300# 15 s 7 0+ 11 16Ca25td 2009 B-=100
+218 0830 218Bi 13216 27 33 s 1 (6-,7-,8-) 06 04De16j 1998 B-=100
+218 0840 218Po 8356.9 2.0 3.098 m 0.012 0+ 06 1904 A~100;B-=0.02#
+218 0850 218At 8098 12 1.5 s 0.3 1-# 06 1943 A~100;B-=0.1#
+218 0860 218Rn 5217.3 2.3 33.75 ms 0.15 0+ 06 12Su11t 1948 A=100
+218 0870 218Fr 7059 5 1.0 ms 0.6 1- 06 1949 A=100
+218 0871 218Frm 7146 6 86 4 AD 22.0 ms 0.5 (8-) 06 99Sh03j 1982 A~100;IT ?
+218 0873 218Frp 7260# 150# 200# 150# high
+218 0880 218Ra 6651 11 25.2 us 0.3 0+ 06 1970 A=100;2B+ ?
+218 0890 218Ac 10840 50 1.00 us 0.04 1-# 06 15Kh09t 1970 A=100
+218 0891 218Acm 10990# 70# 150# 50# 32 ns 9 (9-) 94De04et 1994
+218 0892W 218Acn 11370# 70# 530# 50# 103 ns 11 (11+) 06 1994 IT=100
+218 0900 218Th 12367 11 117 ns 9 0+ 06 1973 A=100
+218 0910 218Pa 18684 18 113 us 10 06 1979 A=100
+218 0920 218U 21895 14 550 us 140 0+ 06 1992 A=100
+218 0921 218Uxm 24004 18 2109 17 AD 660 us 200 (8+) 06 15Ma37t 2005 A=100
+219 0820 219Pb 20280# 400# 10# s >300ns 9/2+# 11 10Al24i 2009 B- ?
+219 0830 219Bi 16280# 200# 8.7 s 2.9 9/2-# 12 16Ca25t 2009 B-=100
+219 0840 219Po 12681 16 10.3 m 1.0 9/2+# 15 15Fi07t 1998 B- ?;A=28.2 20
+219 0850 219At 10396 3 56 s 3 (9/2-) 16 1953 A=93.6 10;B-=?
+219 0860 219Rn 8829.4 2.1 3.96 s 0.01 5/2+ 01 1903 A=100
+219 0870 219Fr 8618 7 20 ms 2 9/2- 01 1948 A=100
+219 0880 219Ra 9394 8 10 ms 3 (7/2)+ 01 1952 A=100
+219 0890 219Ac 11570 50 11.8 us 1.5 9/2- 01 1970 A=100;B+=1e-6#
+219 0900 219Th 14470 50 1.021 us 0.024 9/2+# 12 15Kh09t 1973 A=100;B+=1e-7#
+219 0910 219Pa 18540 50 53 ns 10 9/2- 01 2005 A=100;B+=5e-9#
+219 0920 219U 23290 50 55 us 25 9/2+# 01 1993 A=100;B+=1.4e-5#
+219 0930 219Np 29460 90 <5 us 9/2-# 16 15De22d A=100
+220 0820 220Pb 23670# 400# 30# s >300ns 0+ 11 10Al24i 2010 B- ?
+220 0830 220Bi 20820# 300# 9.5 s 5.7 1-# 11 16Ca25td 2010 B-=100;B-n=0.04#
+220 0840 220Po 15263 18 40# s >300ns 0+ 11 98Pf02i 1998 B- ?
+220 0850 220At 14376 14 3.71 m 0.04 3(-#) 11 1989 B-=92 2;A=8 2
+220 0860 220Rn 10612.1 1.8 55.6 s 0.1 0+ 11 1900 A=100;2B- ?
+220 0870 220Fr 11482 4 27.4 s 0.3 1+* 11 78Ek02j 1948 A~100;B-=0.35 5
+220 0880 220Ra 10270 8 17.9 ms 1.4 0+ 11 00He17t 1949 A=100
+220 0890 220Ac 13744 6 26.36 ms 0.19 (3-) 11 90An19t 1970 A=100;B+=5e-4#
+220 0900 220Th 14669 22 9.7 us 0.6 0+ 11 1973 A=100;EC=2e-7#
+220 0910 220Pa 20220# 50# 780 ns 160 1-# 11 2005 A=100;B+=3e-7#
+220 0920 220U 22930# 100# 60# ns 0+ A ?;B+ ?
+220 0930 220Np 30310# 200# 30# ns 1-# A ?
+221 0830 221Bi 24100# 300# 5# s >300ns 9/2-# 11 10Al24i 2009 B- ?;B-n=2#
+221 0840 221Po 19774 20 2.2 m 0.7 9/2+# 13 2010 B- ?
+221 0850 221At 16783 14 2.3 m 0.2 3/2-# 07 1989 B-=100
+221 0860 221Rn 14471 6 25.7 m 0.5 7/2+ 07 97Li23t 1956 B-=78 1;A=22 1
+221 0870 221Fr 13277 5 4.801 m 0.005 5/2-* 07 13Su13t 1947 A~100;B-=0.0048 15;14C=8.8e-11 11
+221 0880 221Ra 12964 5 28 s 2 5/2+ 07 94Bo28d 1949 A=100;14C=1.2e-10 9
+221 0890 221Ac 14520 50 52 ms 2 9/2-# 07 1968 A=100
+221 0900 221Th 16940 8 1.78 ms 0.03 7/2+# 07 14Lo10t 1970 A=100
+221 0910 221Pa 20380 50 5.9 us 1.7 9/2- 07 1983 A=100
+221 0920 221U 24520 50 660 ns 140 (9/2+) 15 2015 A~100;B+ ?
+221 0930 221Np 29850# 200# 30# ns 9/2-# A ?
+222 0830 222Bi 28730# 300# 2# s >300ns 1-# 10Al24i 2009 B- ?;B-n=1#
+222 0840 222Po 22490 40 9.1 m 7.2 0+ 11 2010 B- ?
+222 0850 222At 20953 16 54 s 10 11 1989 B-=100
+222 0860 222Rn 16372.2 1.9 3.8215 d 0.0002 0+ 11 15Be07t 1899 A=100
+222 0870 222Fr 16378 7 14.2 m 0.3 2-* 11 78Ek02j 1975 B-=100
+222 0880 222Ra 14320 4 33.6 s 0.4 0+ 11 12Po13t 1948 A=100;14C=3.0e-8 10
+222 0890 222Ac 16621 5 * 5.0 s 0.5 1- 11 1949 A=99 1;B+=1 1
+222 0891 222Acm 16820# 150# 200# 150# * 1.05 m 0.05 high 11 1972 A=?;IT<10;B+=1.4 4
+222 0900 222Th 17203 12 2.24 ms 0.03 0+ 11 1970 A=100;EC<1.3e-8#
+222 0910 222Pa 22160# 70# 3.2 ms 0.3 11 95Ni.At 1970 A=100
+222 0920 222U 24270 50 4.7 us 0.7 0+ 15 1983 A=100;B+<1e-6#
+222 0930 222Np 31020# 200# 700# ns 1-# A ?
+223 0830 223Bi 32140# 400# 1# s >300ns 9/2-# 11 10Al24i 2009 B- ?;B-n=5#
+223 0840 223Po 27080# 200# 1# m >300ns 9/2+# 11 10Al24i 2010 B- ?
+223 0850 223At 23428 14 50 s 7 3/2-# 01 1989 B-~100;A=0.008#
+223 0860 223Rn 20390 8 24.3 m 0.4 7/2(+#) 01 1964 B-=100;A=0.0004#
+223 0870 223Fr 18382.4 1.9 22.00 m 0.07 3/2-* 01 85Co24j 1939 B-~100;A=0.006
+223 0880 223Ra 17233.3 2.1 11.4377 d 0.0022 3/2+ 01 15Ko06t 1905 A=100;14C=8.9e-8 4
+223 0890 223Ac 17826 7 2.10 m 0.05 (5/2-) 01 1948 A=99;EC=1
+223 0900 223Th 19386 9 600 ms 20 (5/2)+ 01 1952 A=100
+223 0910 223Pa 22320 70 5.1 ms 0.3 9/2-# 01 99Ho28t 1970 A=100;B+<0.001#
+223 0920 223U 25840 70 21 us 8 7/2+# 01 1991 A~100;B+=0.2#
+223 0930 223Np 30600# 200# 1# us 9/2-# A ?
+224 0830 224Bi 36830# 400# 300# ms >300ns 1-# 15 10Al24i 2010 B- ?;B-n=10#
+224 0840 224Po 29910# 200# 1# m >300ns 0+ 15 10Al24i 2010 B- ?
+224 0850 224At 27711 22 2.5 m 1.5 15 2010 B- ?
+224 0860 224Rn 22445 10 107 m 3 0+ 15 1964 B-=100
+224 0870 224Fr 21749 11 3.33 m 0.10 1-* 15 85Co24j 1969 B-=100
+224 0876 224Frx 21850# 100# 100# 100# MD contamntn
+224 0880 224Ra 18825.9 1.8 3.6319 d 0.0023 0+ 15 1902 A=100;14C=4.0e-9 12
+224 0890 224Ac 20234 4 2.78 h 0.16 (0-) 15 1948 B+=90.6 17;A=9.4 17;B-<1.6#
+224 0900 224Th 19994 10 1.04 s 0.02 0+ 15 1949 A=100;2B+ ?
+224 0910 224Pa 23862 8 846 ms 20 5-# 15 1958 A~100;B+=0.1#
+224 0920 224U 25722 23 396 us 17 0+ 15 14Lo10t 1991 A=100;B+<1.2e-4#
+224 0930 224Np 31880# 200# 100# us 1-# A ?
+225 0840 225Po 34530# 300# 20# s >300ns 9/2+# 11 10Al24i 2010 B- ?
+225 0850 225At 30400# 300# 2# m >300ns 1/2+# 11 10Al24i 2010 B- ?
+225 0860 225Rn 26534 11 4.66 m 0.04 7/2- 09 1969 B-=100
+225 0870 225Fr 23821 12 3.95 m 0.14 3/2-* 09 85Co24j 1969 B-=100
+225 0880 225Ra 21993.1 2.6 14.9 d 0.2 1/2+ 09 1947 B-=100
+225 0890 225Ac 21637 5 9.920 d 0.003 3/2-# 09 12Po14t 1947 A=100;14C=4.5e-12 14
+225 0900 225Th 22310 5 8.75 m 0.04 (3/2+) 09 1949 A~90;EC~10
+225 0910 225Pa 24340 70 1.7 s 0.2 5/2-# 09 1958 A=100
+225 0920 225U 27380 11 61 ms 4 5/2+# 09 00He17t 1989 A=100
+225 0930 225Np 31590 70 6 ms 5 9/2-# 09 15De22t 1994 A=100;B+ ?
+226 0840 226Po 37550# 400# 20# s >300ns 0+ 11 10Al24i 2010 B- ?
+226 0850 226At 34610# 300# 20# s >300ns 11 10Al24i 2010 B- ?;B-n=0#
+226 0860 226Rn 28747 10 7.4 m 0.1 0+ 96 1969 B-=100
+226 0870 226Fr 27521 6 49 s 1 1-* 96 85Co24j 1969 B-=100
+226 0880 226Ra 23667.8 1.9 1.600 ky 0.007 0+ 96 90We01d 1898 A=100;14C=2.6e-9 6;2B- ?
+226 0890 226Ac 24309 3 29.37 h 0.12 (1)(-#) 96 1950 B-=83 3;EC=17 3;A=0.006 2
+226 0900 226Th 23198 4 30.70 m 0.03 0+ 96 01Bo11d 1948 A=100;18O<3.2e-12
+226 0910 226Pa 26033 11 1.8 m 0.2 96 1949 A=74 5;B+=26 5
+226 0920 226U 27329 13 269 ms 6 0+ 14 01Ca.Bt 1973 A=100
+226 0930 226Np 32780# 90# 35 ms 10 96 1990 A=100;B+=0.003#
+227 0840 227Po 42280# 400# 5# s >300ns 9/2+# 16 2010 B- ?
+227 0850 227At 37480# 300# 20# s >300ns 1/2+# 16 2010 B- ?;B-n=0.2#
+227 0860 227Rn 32886 14 20.2 s 0.4 (5/2)(+#) 16 1986 B-=100
+227 0870 227Fr 29682 6 2.47 m 0.03 1/2+* 16 85Co24j 1972 B-=100
+227 0880 227Ra 27177.7 2.0 42.2 m 0.5 3/2+ 16 1953 B-=100
+227 0890 227Ac 25849.6 1.9 21.772 y 0.003 3/2- 16 1902 B-=98.62 36;A=1.38 36
+227 0900 227Th 25804.8 2.1 18.697 d 0.007 (1/2+) 16 1906 A=100
+227 0910 227Pa 26831 7 38.3 m 0.3 (5/2-) 16 1948 A=85 2;EC=15 2
+227 0920 227U 29045 10 1.1 m 0.1 (3/2+) 16 1952 A=100;B+<0.001#
+227 0930 227Np 32560 70 510 ms 60 5/2-# 16 1990 A~100;B+=0.05#
+227 0940 227Pu 36770# 100# 20# ms 5/2+# A ?
+228 0850 228At 41680# 400# 5# s >300ns 14 10Al24i 2010 B- ?;B-n=0.6#
+228 0860 228Rn 35243 18 65 s 2 0+ 14 1989 B-=100
+228 0870 228Fr 33384 7 38 s 1 2-* 14 85Co24j 1972 B-=100
+228 0880 228Ra 28940.3 2.0 5.75 y 0.03 0+ 14 1907 B-=100
+228 0890 228Ac 28894.7 2.1 6.15 h 0.02 3+ 14 1908 B-=100
+228 0900 228Th 26771.0 1.8 1.9124 y 0.0008 0+ 14 93Bo20d 1905 A=100;20O=1.13e-11 22
+228 0910 228Pa 28924 4 22 h 1 3+ 14 1948 B+=98.15 17;A=1.85 17
+228 0920 228U 29222 14 9.1 m 0.2 0+ 14 1949 A>95;EC<5
+228 0930 228Np 33600 50 61.4 s 1.4 14 94Kr13d 1994 EC=60 7;A=40 7;B+SF=0.012 6
+228 0940 228Pu 36087 29 2.1 s 1.3 0+ 14 03Ni10t 1994 A~100;B+<7#
+229 0850 229At 44820# 400# 5# s >300ns 1/2+# 11 10Al24i 2010 B- ?;B-n=4#
+229 0860 229Rn 39362 13 11.9 s 1.3 5/2+# 09 2009 B- ?
+229 0870 229Fr 35668 5 50.2 s 0.4 (1/2+) 08 14Bu06j 1975 B-=100
+229 0880 229Ra 32562 15 4.0 m 0.2 5/2+ 08 1975 B-=100
+229 0890 229Ac 30690 12 62.7 m 0.5 (3/2+) 08 1952 B-=100
+229 0900 229Th 29585.6 2.4 7.920 ky 0.017 5/2+ 08 14Va04t 1947 A=100
+229 0901W 229Thm 29585.6 2.4 0.0076 0.0005 <1 s (3/2+) 08 16We07etd1994 IT=100;A ?
+229 0910 229Pa 29897 3 1.50 d 0.05 (5/2+) 08 1949 EC~100;A=0.48 5
+229 0911W 229Pam 29909 3 12.20 0.04 420 ns 30 3/2- 08 15Ah04ejd1982 EC ?;IT ?
+229 0920 229U 31211 6 57.8 m 0.5 (3/2+) 08 15Ah04t 1949 B+~80;A~20
+229 0930 229Np 33780 90 4.00 m 0.18 5/2+# 08 04Sa05td 1968 A=68 11;B+ ?
+229 0933 229Npp 33940# 100# 160# 50# 5/2-#
+229 0940 229Pu 37400 50 91 s 26 3/2+# 08 10Kh06td 1994 A=50 20;B+=50 20;SF<7
+229 0950 229Am 42150 90 1.8 s 1.5 5/2-# 15 2015 A~91;B+ ?
+229 0953 229Amp 42530# 220# 380# 200# IT ?
+230 0860 230Rn 42050# 200# 10# s >300ns 0+ 12 10Al24i 2010 B- ?
+230 0870 230Fr 39487 7 19.1 s 0.5 12 1987 B-=100
+230 0880 230Ra 34516 10 93 m 2 0+ 12 1978 B-=100
+230 0890 230Ac 33838 16 122 s 3 (1+) 12 1973 B-=100;B-SF=1.2e-6 4
+230 0900 230Th 30862.6 1.2 75.4 ky 0.3 0+ 12 1907 A=100;SF<4e-12;24Ne=5.8e-11 13
+230 0910 230Pa 32174 3 17.4 d 0.5 2- 14 1948 B+=92.2 7;B-=7.8 7;A=0.0032 1
+230 0920 230U 31615 5 20.23 d 0.02 0+ 12 12Po12t 1948 A=100;22Ne=4.8e-12 20;SF<1.4e-10#;2B+ ?
+230 0930 230Np 35240 50 4.6 m 0.3 12 1968 B+<97;A>3
+230 0940 230Pu 36934 15 1.70 m 0.17 0+ 12 01Ca.Bt 1990 A~100;B+ ?
+230 0950 230Am 42930# 130# 40 s 16 12 16Ka13td 2003 B+~100;B+SF=?;SF=?
+231 0860 231Rn 46450# 300# 300# ms >300ns 1/2+# 13 10Al24i 2010 B- ?
+231 0870 231Fr 42081 8 17.6 s 0.6 (1/2+) 13 14Bu06j 1985 B-=100
+231 0880 231Ra 38216 11 104 s 1 (5/2+) 13 06Bo33t 1983 B-=100
+231 0881W 231Ram 38282 11 66.21 0.09 ~53 us (1/2+) 13 2001 IT=100
+231 0890 231Ac 35763 13 7.5 m 0.1 1/2+ 13 1973 B-=100
+231 0900 231Th 33815.9 1.2 25.52 h 0.01 5/2+ 13 1911 B-=100;A=4e-11#
+231 0910 231Pa 33424.4 1.8 32.76 ky 0.11 3/2- 13 1918 A=100;SF LE 3e-10;24Ne=13.4e-10 17;23F=9.9e-13
+231 0920 231U 33806.0 2.7 4.2 d 0.1 (5/2)(+#) 13 1949 EC~100;A=0.004 1
+231 0930 231Np 35620 50 48.8 m 0.2 (5/2)(+#) 13 1950 B+=98 1;A=2 1
+231 0940 231Pu 38309 23 8.6 m 0.5 (3/2+) 13 1999 B+=87 5;A=13 5
+231 0950 231Am 42410# 300# 1# m 5/2-# B+ ?;A ?
+231 0960 231Cm 47270# 300# 20# s 3/2+# B+ ?;A ?
+232 0870 232Fr 46073 14 5.5 s 0.6 (5) 06 1990 B-=100;B-SF<2e-4
+232 0880 232Ra 40497 9 4.0 m 0.3 0+ 06 08Ch.At 1983 B-=100
+232 0890 232Ac 39154 13 1.98 m 0.08 (1+) 06 1986 B-=100
+232 0900 232Th 35446.8 1.4 14.0 Gy 0.1 0+ 06 1898 IS=100.;A=100;SF=1.1e-9 4;24Ne+26Ne<2.78e-10;2B- ?
+232 0910 232Pa 35947 8 1.32 d 0.02 (2-) 06 1949 B-~100;EC=0.003 1
+232 0920 232U 34609.5 1.8 68.9 y 0.4 0+ 06 1949 A=100;24Ne=8.9e-10 7;SF=2.7e-12 6;28Mg<5e-12
+232 0930 232Np 37360# 100# 14.7 m 0.3 (4+) 06 1950 B+~100;A~0.0002#
+232 0940 232Pu 38363 18 33.7 m 0.5 0+ 06 1973 EC=90#;A=11 6
+232 0950 232Am 43340# 300# 1.31 m 0.04 1-# 06 1967 B+=?;A=3#;B+SF=0.069 10
+232 0960 232Cm 46310# 200# 10# s 0+ B+ ?;A ?
+233 0870 233Fr 48920 20 900 ms 100 1/2+# 14 2010 B-=100;B-n=0#
+233 0880 233Ra 44334 9 30 s 5 1/2+# 05 1990 B-=100
+233 0890 233Ac 41308 13 145 s 10 (1/2+) 05 1983 B-=100
+233 0900 233Th 38731.7 1.4 21.83 m 0.04 (1/2)+ 05 1935 B-=100
+233 0910 233Pa 37489.5 1.3 26.975 d 0.013 3/2- 05 1938 B-=100
+233 0920 233U 36919.2 2.3 159.2 ky 0.2 5/2+ 05 1947 A=100;SF<6e-11;24Ne=7.2e-11 9;28Mg<1.3e-13
+233 0930 233Np 37950 50 36.2 m 0.1 5/2+# 05 50Ma14d 1950 B+~100;A=0.0007
+233 0933 233Npp 38000# 60# 50# 30# (5/2-) 05
+233 0940 233Pu 40050 50 20.9 m 0.4 5/2+# 05 1957 B+~100;A=0.12 5
+233 0950 233Am 43260# 100# 3.2 m 0.8 5/2-# 05 00Sa52td 2000 B+ ?;A=4.5 9
+233 0960 233Cm 47290 70 27 s 10 3/2+# 05 10Kh06td 2001 A=20 10;B+=80 10
+233 0970 233Bk 52860# 220# 40 s 30 15 15De22td 2015 A~82;B+ ?
+234 0880 234Ra 46931 8 30 s 10 0+ 07 1990 B-=100;B-SF<1e-4
+234 0890 234Ac 44841 14 45 s 2 1+# 07 08Ch.At 1986 B-=100
+234 0900 234Th 40613.0 2.6 24.10 d 0.03 0+ 07 1900 B-=100;A<1e-4
+234 0910 234Pa 40339 4 6.70 h 0.05 4+ 07 78Ga07d 1913 B-=100;SF<3e-10
+234 0911 234Pam 40417.9 2.8 79 3 IT 1.159 m 0.011 (0-) 07 78Ga07d 1951 B-~100;IT=0.16 4;SF<1e-10
+234 0920 234U 38145.0 1.1 245.5 ky 0.6 0+ 07 1912 IS=0.0054 5;A=100;SF=1.64e-9 22;28Mg=1.4e-11 3;24Ne+26Ne=9e-12 7
+234 0921W 234Uxm 39566.3 1.1 1421.257 0.017 33.5 us 2.0 6- 07 1963 IT=100
+234 0930 234Np 39955 8 4.4 d 0.1 (0+) 07 1949 B+=100
+234 0940 234Pu 40350 7 8.8 h 0.1 0+ 07 1949 EC~94;A~6
+234 0950 234Am 44460# 160# 2.32 m 0.08 07 90Ha02d 1967 B+~100;A=0.039 12;B+SF=0.0066 18
+234 0960 234Cm 46725 17 52 s 9 0+ 07 10Kh06d 2001 B+~71;A~27;SF~2
+234 0970 234Bk 53460# 140# 20 s 5 07 16Ka13t 2003 A>80;B+<20
+235 0880 235Ra 51130# 300# 3# s 5/2+# B- ?
+235 0890 235Ac 47357 14 62 s 4 1/2+# 14 08Ch.At 2006 B- ?
+235 0900 235Th 44018 13 7.2 m 0.1 1/2+# 14 1969 B-=100
+235 0910 235Pa 42289 14 24.4 m 0.2 (3/2-) 14 1950 B-=100
+235 0920 235U 40918.8 1.1 704 My 1 7/2- 14 1935 IS=0.7204 6;A=100;SF=7e-9 2;20Ne=8e-10 4;25Ne~8e-10;28Mg=8e-10
+235 0921W 235Uxm 40918.9 1.1 0.0760 0.0004 25.7 m 0.1 1/2+ 14 16Ch11t 1966 IT=100
+235 0922W 235Uxn 43420 300 2500 300 3.6 ms 1.8 14 2007 SF ?
+235 0930 235Np 41043.1 1.4 396.1 d 1.2 5/2+ 14 1949 EC~100;A=0.00260 13
+235 0940 235Pu 42182 21 25.3 m 0.5 (5/2+) 14 1957 B+~100;A=0.0028 7
+235 0950 235Am 44630 50 10.3 m 0.6 5/2-# 14 1996 B+~100;A=0.40 5
+235 0960 235Cm 48030# 200# 5# m 5/2+# 14 B+ ?;A ?
+235 0963 235Cmp 48080# 210# 50# 50# am
+235 0970 235Bk 52700# 400# 1# m B+ ?;A ?
+236 0890 236Ac 51220 40 4.5 m 3.6 15 10Ch19t 2010 B- ?
+236 0900 236Th 46255 14 37.3 m 1.5 0+ 15 1973 B-=100
+236 0910 236Pa 45334 14 9.1 m 0.1 1(-) 06 1963 B-=100;B-SF=6e-8 4
+236 0920 236U 42444.6 1.1 23.42 My 0.03 0+ 06 1951 A=100;SF=9.4e-8 4
+236 0921W 236Uxm 45195 3 2750 3 120 ns 2 (0+) 06 1969 IT=87 6;SF=13 6;A<10
+236 0930 236Np 43380 50 * 153 ky 5 (6-) 06 1949 EC=86.3 8;B-=13.5 8;A=0.16 4
+236 0931 236Npm 43438 7 60 50 IT* 22.5 h 0.4 1 06 1949 EC=50 3;B-=50 3
+236 0933 236Npp 43616 14 240 50 AD (3-) 06
+236 0940 236Pu 42901.6 1.8 2.858 y 0.008 0+ 06 90Og01d 1949 A=100;SF=1.9e-7 4;28Mg=2e-12;2B+ ?
+236 0941W 236Pum 44087.0 1.8 1185.45 0.15 1.2 us 0.3 5- 06 2005 IT=100
+236 0950 236Am 46040# 110# 3.6 m 0.1 (5-) 06 04Sa05d 1998 B+=?;A=4.0e-3 1
+236 0951W 236Amm 46090# 120# 50# 50# 2.9 m 0.2 (1-) 06 2004 B+=?;A=?
+236 0960 236Cm 47855 18 6.8 m 0.8 0+ 06 10Kh06td 2010 B+=82 2;A=18 2;SF<0.1
+236 0970 236Bk 53540# 400# 2# m 06 B+ ?;A ?
+237 0890 237Ac 54020# 400# 4# m 1/2+# B- ?
+237 0900 237Th 49955 16 4.8 m 0.5 5/2+# 06 1993 B-=100
+237 0910 237Pa 47528 13 8.7 m 0.2 (1/2+) 06 1954 B-=100
+237 0920 237U 45390.2 1.2 6.752 d 0.002 1/2+ 06 1940 B-=100
+237 0921W 237Uxm 45664.2 1.6 274.0 1.0 155 ns 6 (7/2)- 06 1968 IT=100
+237 0930 237Np 44871.7 1.1 2.144 My 0.007 5/2+ 06 89Pr.Ad 1948 A=100;SF<2e-10;30Mg<4e-12
+237 0931W 237Npm 45816.9 1.1 945.20 0.10 710 ns 40 (11/2,13/2) 06 1990 IT=100
+237 0940 237Pu 45091.7 1.7 45.64 d 0.04 7/2- 06 1949 EC~100;A=0.0042 4
+237 0941W 237Pum 45237.2 1.7 145.543 0.008 180 ms 20 1/2+ 06 1972 IT=100
+237 0942W 237Pun 47990 250 2900 250 1.1 us 0.1 06 1970 SF=?
+237 0950 237Am 46570# 60# 73.6 m 0.8 5/2(-) 06 1970 B+~100;A=0.025 3
+237 0960 237Cm 49250 70 20# m 5/2+# 06 02As08d 2002 B+ ?;A=1.8
+237 0963 237Cmp 49450# 170# 200# 150# 7/2-
+237 0970 237Bk 53190# 220# 2# m (3/2-) B+ ?;A ?
+237 0980 237Cf 57940 90 0.8 s 0.2 5/2+# 06 10Kh06td 1995 A=70 10;SF=30 10;B+ ?
+238 0900 238Th 52530# 280# 9.4 m 2.0 0+ 15 1999 B-=100
+238 0910 238Pa 50894 16 2.28 m 0.09 3-# 15 85Ba57d 1968 B-=100;B-SF<2.6e-6
+238 0920 238U 47307.8 1.5 4.468 Gy 0.006 0+ 15 91Tu02d 1896 IS=99.2742 10;A=100;SF=5.45e-5 7;2B-=2.2e-10 7
+238 0921W 238Uxm 49865.7 1.6 2557.9 0.5 280 ns 6 0+ 15 1979 IT=?;SF=2.6 4;A<0.5
+238 0930 238Np 47454.7 1.1 2.099 d 0.002 2+ 15 1949 B-=100
+238 0931W 238Npm 49760# 200# 2300# 200# 112 ns 39 15 1970 SF~100;IT ?
+238 0940 238Pu 46163.2 1.1 87.7 y 0.1 0+ 15 89Wa10d 1949 A=100;SF=1.9e-7 1;32Si~1.4e-14;28Mg+30Mg~6e-15
+238 0950 238Am 48420 50 98 m 2 1+ 15 1950 B+=100;A=1.0e-4 4
+238 0951W 238Amm 50920# 210# 2500# 200# 35 us 18 15 1967 SF~100;IT ?
+238 0960 238Cm 49445 12 2.2 h 0.4 0+ 15 1994 EC ?;A=3.84 18;SF=0.048 2
+238 0970 238Bk 54220# 260# 2.40 m 0.08 15 1994 B+~100;A ?;B+SF=0.048 2
+238 0980 238Cf 57280# 300# 21.1 ms 1.3 0+ 15 01Og08d 1995 SF~100;A~0.2;B+ ?
+239 0900 239Th 56450# 400# 2# m 7/2+# B- ?
+239 0910 239Pa 53340# 200# 1.8 h 0.5 (3/2)(-#) 14 1995 B-=100
+239 0920 239U 50572.7 1.5 23.45 m 0.02 5/2+ 14 1937 B-=100
+239 0921W 239Uxm 50593# 20# 20# 20# >250 ns (5/2+) 14 1994 B-=100
+239 0922W 239Uxn 50706.5 1.5 133.7991 0.0010 780 ns 40 1/2+ 14 1975 IT=100
+239 0930 239Np 49311.1 1.3 2.356 d 0.003 5/2+ 14 1940 B-=100;A=5e-10#
+239 0940 239Pu 48588.3 1.1 24.11 ky 0.03 1/2+ 14 1946 A=100;SF=3.1e-10 6
+239 0941W 239Pum 48979.9 1.1 391.584 0.003 193 ns 4 7/2- 14 1955 IT=100
+239 0942W 239Pun 51690 200 3100 200 7.5 us 1.0 (5/2+) 14 1970 SF~100;IT ?
+239 0950 239Am 49390.4 2.0 11.9 h 0.1 (5/2)- 14 1949 EC~100;A=0.010 1
+239 0951W 239Amm 51890 200 2500 200 163 ns 12 (7/2+) 14 1969 SF~100;IT ?
+239 0960 239Cm 51150 50 2.5 h 0.4 (7/2-) 14 02Sh.Ctd 1952 B+~100;A=6.2e-3 14
+239 0963 239Cmp 51390# 110# 240# 100# 1/2+
+239 0970 239Bk 54250# 210# 4# m (7/2+) 14 89Ha27j B+>99#;A<1;SF<1
+239 0973 239Bkp 54290# 210# 41 11 AD (3/2-) 89Ha27j
+239 0980 239Cf 58270# 210# 60 s 30 5/2+# 14 1981 A=?;B+ ?
+239 0990 239Es 63560# 300# 1# s A ?;B+ ?;SF ?
+240 0910 240Pa 56910# 200# 2# m B- ?
+240 0920 240U 52715.5 2.6 14.1 h 0.1 0+ 08 1953 B-=100;A<1e-10#
+240 0930 240Np 52316 17 * 61.9 m 0.2 (5+) 08 1953 B-=100
+240 0931 240Npm 52334 13 18 14 IT* 7.22 m 0.02 (1+) 08 81Hs02e B-~100;IT=0.12 1
+240 0940 240Pu 50125.4 1.1 6.561 ky 0.007 0+ 08 13Sa65d 1949 A=100;SF=5.63e-6 6;34Si<1.3e-11
+240 0941W 240Pum 51434.1 1.1 1308.74 0.05 165 ns 10 (5-) 08 1967 IT=100
+240 0950 240Am 51510 14 50.8 h 0.3 (3-) 08 1949 B+=100;A~1.9e-4 7
+240 0951W 240Amm 54510 200 3000 200 940 us 40 08 1967 SF~100;IT ?
+240 0960 240Cm 51724.3 1.9 27 d 1 0+ 08 1949 A~100;EC<0.5;SF=3.9e-6 8
+240 0970 240Bk 55660# 150# 4.8 m 0.8 08 1980 B+ ?;A=10#;B+SF=0.0020 13
+240 0973 240Bkp 55900# 180# 240# 100# am
+240 0980 240Cf 57991 19 40.3 s 0.9 0+ 08 10As.At 1970 A=98.5 2;SF=1.5 2;B+?
+240 0990 240Es 64200# 400# 1# s A ?;B+ ?
+241 0910 241Pa 59640# 300# 2# m 3/2-# B- ?
+241 0920 241U 56200# 200# 5# m 7/2+# 15 B- ?
+241 0930 241Np 54260 70 13.9 m 0.2 (5/2+) 15 1959 B-=100;A<10e-6
+241 0940 241Pu 52955.2 1.1 14.329 y 0.029 5/2+ 15 1949 B-~100;A=0.00247;SF<2.4e-14
+241 0941W 241Pum 53116.9 1.1 161.6853 0.0009 880 ns 50 1/2+ 15 1975 IT=100
+241 0942W 241Pun 55160 200 2200 200 20.5 us 2.2 15 1970 SF=100
+241 0950 241Am 52934.4 1.1 432.6 y 0.6 5/2- 15 1949 A=100;SF=3.6e-10 9;34Si<7.4e-14
+241 0951W 241Amm 55130 100 2200 100 1.2 us 0.3 15 1969 SF=100
+241 0960 241Cm 53701.8 1.6 32.8 d 0.2 1/2+ 15 1952 EC=99.0 1;A=1.0 1
+241 0970 241Bk 56030# 200# 4.6 m 0.4 (7/2+) 15 2003 A ?;B+ ?
+241 0973 241Bkp 56080# 200# 51 3 AD (3/2-) 15
+241 0980 241Cf 59330# 170# 2.35 m 0.18 7/2-# 15 10As.At 1970 B+ ?;A~25
+241 0983 241Cfp 59480# 190# 150# 100# Nm (1/2+) 15
+241 0990 241Es 63860# 230# 10 s 5 (3/2-) 15 96Ni09tjd1996 A=?;B+ ?
+241 0993 241Esp 64020# 300# 160# 200# am
+241 1000 241Fm 69130# 300# 730 us 60 5/2+# 15 2008 SF=?;A<14;B+<12
+242 0920 242U 58620# 200# 16.8 m 0.5 0+ 02 1979 B-=100
+242 0930 242Np 57420 200 * 2.2 m 0.2 (1+) 02 1979 B-=100
+242 0931W 242Npm 57420# 210# 0# 50# * 5.5 m 0.1 6+# 02 1981 B-=100
+242 0940 242Pu 54716.9 1.2 375 ky 2 0+ 02 13Sa65d 1950 A=100;SF=5.56e-4 7
+242 0950 242Am 55468.1 1.1 16.02 h 0.02 1- 02 1949 B-=82.7 3;EC=17.3 3
+242 0951W 242Amm 55516.7 1.1 48.60 0.05 141 y 2 5- 02 1950 IT~100;A=0.45 2;SF<4.7e-9
+242 0952W 242Amn 57670 80 2200 80 14.0 ms 1.0 (2+,3-) 02 1962 SF~100;IT=?;A ?
+242 0960 242Cm 54803.8 1.1 162.8 d 0.2 0+ 02 1949 A=100;SF=6.2e-6 3;34Si=1.1e-14 4;2B+ ?
+242 0961W 242Cmm 57600 100 2800 100 180 ns 70 02 1971 SF ?;IT ?
+242 0970 242Bk 57730# 200# 7.0 m 1.3 2-# 02 80Ga07d 1972 B+~100;B+SF<3e-5;A ?
+242 0971W 242Bkm 57930# 280# 200# 200# 600 ns 100 02 1972 SF~100;IT ?
+242 0973 242Bkp 57980# 220# 250# 100# 4-
+242 0980 242Cf 59387 13 3.49 m 0.15 0+ 02 70Si19t 1967 A=80 20;B+ ?;SF<0.014
+242 0990 242Es 64800# 260# 17.8 s 1.6 02 10An08td 1994 A=57 3;B+=43 3;B+SF=0.6 2
+242 1000 242Fm 68400# 400# 800 us 200 0+ 02 1975 SF=?;A ?
+243 0920 243U 62360# 300# 10# m 9/2-# B- ?
+243 0930 243Np 59880# 30# 1.85 m 0.15 5/2+# 14 1979 B-=100
+243 0933 243Npp 59926 10 50# 30# Nm (5/2-)
+243 0940 243Pu 57754.6 2.5 4.956 h 0.003 7/2+ 14 1951 B-=100
+243 0941W 243Pum 58138.2 2.5 383.64 0.25 330 ns 30 (1/2+) 14 1975 IT=100
+243 0950 243Am 57175.0 1.4 7.364 ky 0.022 5/2-* 14 1950 A=100;SF=3.7e-9 9
+243 0951W 243Amm 59480 200 2300 200 5.5 us 0.5 14 1970 SF~100;IT ?
+243 0960 243Cm 57182.0 1.5 29.1 y 0.1 5/2+* 14 1950 A~100;EC=0.29 3;SF=5.3e-9 9
+243 0961W 243Cmm 57269.4 1.5 87.4 0.1 1.08 us 0.03 1/2+ 14 1971 IT=100
+243 0963 243Cmp 57279 16 97 16 AD (7/2+) 14 1984 IT ?
+243 0970 243Bk 58690 5 4.6 h 0.2 3/2-# 14 1950 B+~100;A~0.15
+243 0973 243Bkp 58710 19 20 20 AD (7/2-)
+243 0980 243Cf 60990# 110# 10.7 m 0.5 (1/2+) 14 1967 B+~86;A~14
+243 0990 243Es 64750# 210# 21.6 s 1.6 (7/2+) 14 1973 A=61 6;B+=39 6;SF<1
+243 1000 243Fm 69390# 220# 231 ms 9 7/2-# 14 1981 A=91 3;SF=9 1;B+ ?
+244 0930 244Np 63200# 300# 2.29 m 0.16 (7-) 03 1987 B-=100
+244 0940 244Pu 59806.0 2.3 80.0 My 0.9 0+ 03 92Mo25d 1954 A~100;SF=0.121 4;2B-<7.3e-9
+244 0941W 244Pum 61022 3 1216 2 1.75 s 0.12 (8-) 16Ho13etj2016 IT=100
+244 0950 244Am 59879.2 1.5 10.1 h 0.1 6-# 03 1950 B-=100
+244 0951 244Amm 59968.5 1.4 89.3 1.6 RQ 26 m 1 1+ 03 1950 B-~100;EC=0.0361 13
+244 0952W 244Amn 60080# 200# 200# 200# 900 us 150 03 1967 SF~100;IT ?
+244 0953W 244Amp 60080# 200# 200# 200# ~6.5 us 03 1969 SF~100;IT ?
+244 0960 244Cm 58451.9 1.1 18.10 y 0.02 0+ 03 1950 A=100;SF=1.37e-4 3
+244 0961W 244Cmm 59492.1 1.1 1040.188 0.012 34 ms 2 6+ 03 1963 IT=100
+244 0962W 244Cmn 59550# 900# 1100# 900# >500 ns 03 1969 SF~100;IT ?
+244 0970 244Bk 60714 14 5.02 h 0.03 (4-) 03 14So17t 1972 B+ ?;A=0.006 3
+244 0971W 244Bkm 61210# 300# 500# 300# 820 ns 60 03 1972 SF~100;IT ?
+244 0973 244Bkp 60850# 50# 140# 50# am
+244 0980 244Cf 61478.2 2.6 19.4 m 0.6 0+ 03 1956 A~100;EC ?
+244 0990 244Es 66030# 180# 37 s 4 03 1973 B+=?;A=5 3;B+SF=0.01
+244 0993 244Esp 66230# 240# 200# 150# am
+244 1000 244Fm 68970# 200# 3.12 ms 0.08 0+ 03 08Kh10td 1967 SF~100;B+<2;A=0.4#
+245 0930 245Np 65890# 300# 2# m 5/2+# B- ?
+245 0940 245Pu 63178 14 10.5 h 0.1 (9/2-) 11 1955 B-=100
+245 0941W 245Pum 63443 14 264.5 0.3 330 ns 20 (5/2+) 11 2007 IT=100
+245 0950 245Am 61900.5 1.9 2.05 h 0.01 (5/2)+ 11 1955 B-=100
+245 0951W 245Amm 64300# 400# 2400# 400# 640 ns 60 11 1972 SF~100;IT ?
+245 0960 245Cm 61004.6 1.1 8.25 ky 0.07 7/2+* 11 12Ch30t 1954 A=100;SF=6.1e-7 9
+245 0961W 245Cmm 61360.5 1.1 355.92 0.10 290 ns 20 1/2+ 11 1975 IT=100
+245 0970 245Bk 61813.8 1.8 4.95 d 0.03 3/2- 11 1951 EC~100;A=0.12 1
+245 0973 245Bkp 61860# 30# 50# 30# (7/2-)
+245 0980 245Cf 63385.2 2.4 45.0 m 1.5 1/2+ 11 1956 B+ ?;A=36 3
+245 0990 245Es 66370# 200# 1.1 m 0.1 (3/2-) 11 1967 B+ ?;A=40 10
+245 0993 245Esp 66650# 200# 283 15 IT (7/2-) 11 2005 IT=100
+245 0994 245Esq 66700# 230# 330# 100# (1/2-)
+245 1000 245Fm 70190# 200# 4.2 s 1.3 1/2+# 11 1967 A=?;B+=4.2#;SF=0.13#
+245 1010 245Md 75270# 310# *& 400 ms 200 (7/2-) 11 96Ni09tjd1996 A=?;B+ ?
+245 1011W 245Mdm 75370# 330# 100# 100# *& 900 us 250 1/2-# 11 1996 SF=?;A ?
+246 0940 246Pu 65395 15 10.84 d 0.02 0+ 11 1955 B-=100
+246 0950 246Am 64994# 18# 39 m 3 (7-) 11 1955 B-=100
+246 0951 246Amm 65024 15 30# 10# 25.0 m 0.2 2(-) 11 1955 B-~100;IT<0.02
+246 0952W 246Amn 66990# 800# 2000# 800# 73 us 10 11 1972 SF~100;IT ?
+246 0960 246Cm 62617.0 1.5 4.706 ky 0.040 0+ 11 1954 A~100;SF=0.02615 7
+246 0961W 246Cmm 63796.7 1.5 1179.66 0.13 1.12 s 0.24 8- 11 12Ta.Aetj2012 IT=100
+246 0970 246Bk 63970 60 1.80 d 0.02 2(-) 11 1954 B+~100;A=0.1#
+246 0980 246Cf 64090.3 1.5 35.7 h 0.5 0+ 11 1951 A=100;SF=2.4e-4 4;EC<4e-3
+246 0990 246Es 67900# 220# 7.5 m 0.5 4-# 11 1954 B+=90.1 18;A=9.9 18;B+SF~0.003
+246 0993 246Esp 68250# 300# 350# 200# am
+246 1000 246Fm 70189 15 1.54 s 0.04 0+ 11 10An08t 1966 A=?;SF=6.8 6;EC<1.3;B+SF=10 5
+246 1010 246Md 76120# 260# 0.92 s 0.18 11 10An08td 1996 A=100
+246 1011 246Mdm 76170# 260# 60 60 AD 4.4 s 0.8 11 2010 B+>77;B+SF>10;A<23
+247 0940 247Pu 69110# 200# 2.27 d 0.23 1/2+# 15 1983 B-=100
+247 0950 247Am 67150# 100# 23.0 m 1.3 5/2# 15 1967 B-=100
+247 0960 247Cm 65533 4 15.6 My 0.5 9/2-* 15 1954 A=100
+247 0961W 247Cmm 65760 4 227.38 0.19 26.3 us 0.3 5/2+ 15 1968 IT=100
+247 0962W 247Cmn 65938 4 404.90 0.03 100.6 ns 0.6 1/2+ 15 2003 IT=100
+247 0970 247Bk 65490 5 1.38 ky 0.25 3/2- 15 1965 A~100;SF ?
+247 0980 247Cf 66104 15 3.11 h 0.03 7/2+# 15 1954 EC~100;A=0.035 5
+247 0990 247Es 68578 19 4.55 m 0.26 (7/2+) 15 89Ha27j 1967 B+~93;A~7;SF~9e-5#
+247 1000 247Fm 71670# 120# 31 s 1 (7/2+) 15 1967 A=64;B+ ?
+247 1001 247Fmm 71720# 110# 49 8 AD 5.1 s 0.2 (1/2+) 15 1967 A=88 2;B+ ?;IT ?
+247 1010 247Md 75940# 210# 1.2 s 0.1 (7/2-) 15 1981 A~100;SF<0.1
+247 1011 247Mdm 76200# 210# 260 40 AD 250 ms 40 (1/2-) 15 10An08d 1993 A=79 5;SF=21 5
+248 0950 248Am 70560# 200# 3# m 14 B- ?
+248 0960 248Cm 67392.8 2.4 348 ky 6 0+ 14 1956 A=91.61 16;SF=8.39 16;2B- ?
+248 0961W 248Cmm 68850.9 2.6 1458.1 1.0 146 us 18 (8-) 14 12Ta.Aetj2012 IT=100
+248 0970 248Bk 68080# 70# * >9 y 6+# 14 1956 A ?
+248 0971 248Bkm 68108 21 30# 70# * 23.7 h 0.2 1(-) 14 1956 B-=70 5;EC=30 5;A=0.001#
+248 0973 248Bkp 68130 50 50# 50# (5-)
+248 0980 248Cf 67238 5 333.5 d 2.8 0+ 14 1954 A~100;SF=0.0029 3
+248 0990 248Es 70300# 50# 24 m 3 2-# 14 1956 B+~100;A~0.25;B+SF=3e-5
+248 1000 248Fm 71898 8 34.5 s 1.2 0+ 14 1958 A=95 5;B+=5 5;SF=0.10 5
+248 1001W 248Fmm 73100# 100# 1200# 100# 10.1 ms 0.6 14 2010 A ?;B ?
+248 1010 248Md 77150# 240# 7 s 3 14 1973 B+=80 10;A=20 10;B+SF<0.05
+248 1020 248No 80620# 220# <2us 0+ 14 03Be18i SF ?
+249 0950 249Am 73100# 300# 1# m B- ?
+249 0960 249Cm 70750.7 2.4 64.15 m 0.03 (1/2+) 11 1956 B-=100
+249 0961W 249Cmm 70799.5 2.4 48.76 0.04 23 us (7/2+) 11 1966 A=100
+249 0970 249Bk 69846.4 1.2 327.2 d 0.3 7/2+ 11 14Ch47t 1954 B-~100;A=0.00145 8;SF=47e-9 2
+249 0971W 249Bkm 69855.2 1.2 8.777 0.014 300 us (3/2-) 11 1975 IT=100
+249 0980 249Cf 69722.8 1.2 351 y 2 9/2- 11 1954 A=100;SF=5.0e-7 4
+249 0981W 249Cfm 69867.8 1.2 144.98 0.05 45 us 5 5/2+ 11 1967 IT=100
+249 0990 249Es 71180# 30# 102.2 m 0.6 7/2+ 11 1956 B+~100;A=0.57 8
+249 1000 249Fm 73519 6 1.6 m 0.1 (7/2+) 11 11Lo06j 1960 B+ ?;A=33 9
+249 1010 249Md 77230# 200# 23.4 s 2.4 (7/2-) 11 01He35j 1973 A>60;B+ ?
+249 1011 249Mdm 77330# 220# 100# 100# 1.9 s 0.9 (1/2-) 11 01He35tjd2001 A=100
+249 1020 249No 81780# 280# 57 us 12 5/2+# 11 03Be18t 2003 B+ ?;A ?
+250 0960 250Cm 72990 10 8300# y 0+ 01 1966 SF~74;A~18;B-~8
+250 0970 250Bk 72950 4 3.212 h 0.005 2- 01 1954 B-=100
+250 0971W 250Bkm 72986 4 35.59 0.10 29 us 1 4+ 01 08Ah02ej 1966 IT=100
+250 0972 250Bkn 73034 4 84.1 2.1 AD 213 us 8 7+ 01 08Ah02ej 1972 IT ?
+250 0980 250Cf 71170.4 1.5 13.08 y 0.09 0+ 01 1954 A~100;SF=0.077 3
+250 0990 250Es 73230# 100# * 8.6 h 0.1 (6+) 01 1956 B+>97;A ?
+250 0991W 250Esm 73430# 180# 200# 150# * 2.22 h 0.05 1(-) 01 1970 B+~100;A ?
+250 1000 250Fm 74072 8 30.4 m 1.5 0+ 01 06Ba09t 1954 A>90;EC<10;SF=0.0069 10
+250 1001W 250Fmm 75271 8 1199.2 1.0 1.92 s 0.05 (8-) 01 08Gr17etj1973 IT>80;A<20;B+ ?;SF<8.2E-5
+250 1010 250Md 78630# 300# 52 s 5 01 08An16td 1973 B+=93 1;A=7 1;B+SF=0.02
+250 1020 250No 81560# 200# 5.0 us 0.6 0+ 06 06Pe17td 2003 SF~100;A<2.1;B+=0.00025#
+250 1021W 250Nom 82610# 280# 1050# 200# 51 us 18 (6+) 06 06Pe17t 2001 SF~100;IT ?;A ?
+251 0960 251Cm 76648 23 16.8 m 0.2 (1/2+) 13 1978 B-=100
+251 0970 251Bk 75228 11 55.6 m 1.1 (3/2-) 13 1967 B-=100
+251 0971W 251Bkm 75264 11 35.5 1.3 58 us 4 7/2+# 13 1966 IT=100
+251 0980 251Cf 74135 4 900 y 40 1/2+ 13 1954 A~100;SF ?
+251 0981W 251Cfm 74505 4 370.47 0.03 1.3 us 0.1 11/2- 13 1971 IT=100
+251 0990 251Es 74512 6 33 h 1 3/2- 13 1956 EC ?;A=0.5 2
+251 1000 251Fm 75954 15 5.30 h 0.08 (9/2-) 13 1957 B+=98.20 13;A=1.80 13
+251 1001W 251Fmm 76154 15 200.00 0.10 21.1 us 1.9 5/2+ 13 1970 IT=100
+251 1010 251Md 78967 19 4.21 m 0.23 (7/2-) 13 06Ch52td 1973 B+ ?;A=10 1
+251 1013 251Mdp 79020 18 53 8 AD (1/2-) 13 2006 IT ?
+251 1020 251No 82850# 110# 800 ms 10 (7/2+) 13 06He27j 1967 A=83 16;B+ ?;SF<0.3
+251 1021 251Nom 82960# 110# 106 6 IT 1.02 s 0.03 (1/2+) 13 1997 A=100
+251 1022W 251Non 84600# 120# 1750 50 ~2 us 13 2006 IT ?
+251 1030 251Lr 87730# 300# 150# us B+ ?;A ?
+252 0960 252Cm 79060# 300# 1# m <2d 0+ 06 66Rg01i B- ?
+252 0970 252Bk 78540# 200# 1.8 m 0.5 06 92Kr.Atd 1992 B-=?;A ?
+252 0980 252Cf 76034.6 2.4 2.645 y 0.008 0+ 06 1954 A=96.908 8;SF=3.092 8
+252 0990 252Es 77290 50 471.7 d 1.9 (4+) 06 FGK12aj 1956 A=78 2;EC=22 2
+252 1000 252Fm 76816 5 25.39 h 0.04 0+ 06 1956 A~100;SF=0.0023 2;2B+ ?
+252 1010 252Md 80510# 130# 2.3 m 0.8 06 1973 B+>50;A ?
+252 1013 252Mdp 80550 80 40# 100# am
+252 1020 252No 82871 9 2.45 s 0.02 0+ 06 11Ga19t 1967 A>66.7 6;SF=32.2 5;B+<1.1 4
+252 1021W 252Nom 84126 9 1254.5 0.7 109 ms 4 (8-) 11Lo06t 2007 IT=100
+252 1030 252Lr 88740# 240# 369 ms 75 06 08Ne01td 2001 B+=71#;A=?;SF<1
+252 1033 252Lrp 88910# 240# 170 30 AD
+253 0970 253Bk 80930# 360# 10# m 13 91Kr.Ai 1991 B- ?
+253 0980 253Cf 79302 4 17.81 d 0.08 (7/2+) 13 1954 B-~100;A=0.31 4
+253 0990 253Es 79010.5 1.2 20.47 d 0.03 7/2+ 13 05Ah03d 1954 A=100;SF=10e-6 1
+253 1000 253Fm 79345.7 2.9 3.00 d 0.12 (1/2)+ 13 1957 EC=88 1;A=12 1
+253 1001W 253Fmm 79697 7 351 6 560 ns 60 (11/2-) 13 11An13etj2011 IT=100
+253 1010 253Md 81170# 30# 12 m 8 (7/2-) 13 1992 B+~100;A=0.6#
+253 1013 253Mdp 81230# 40# 60 30 1/2-# 13 1971 IT ?
+253 1020 253No 84359 7 1.56 m 0.02 (9/2-) 13 1967 A=55 3;B+ ?;SF=0.001#
+253 1021W 253Nom 84526 7 167.34 0.45 30.3 us 1.6 (5/2+) 13 09He23t 1973 A=?
+253 1022W 253Non 85560 110 1200 110 706 us 24 (25/2+) 11Lo06tj 2011 IT ?
+253 1023W 253Nop 85800 200 1440 200 627 us 5 13
+253 1030 253Lr 88580# 200# * 632 ms 46 (7/2-) 13 01He35tjd1985 A=90 10;SF=2.6 21;B+=1#
+253 1031 253Lrm 88610# 230# 30# 100# * 1.32 s 0.14 (1/2-) 13 09He20tjd1985 A=90 10;SF=8 5;B+=1#
+253 1040 253Rf 93560# 410# * 13 ms 5 (7/2)(+#) 06 95Ho.Btj 1997 SF=?;A ?
+253 1041W 253Rfm 93760# 440# 200# 150# * 52 us 14 (1/2)(-#) 06 97He29j 1995 SF=?;A=5#
+254 0970 254Bk 84390# 300# 1# m 05 B- ?
+254 0980 254Cf 81341 11 60.5 d 0.2 0+ 05 1955 SF~100;A=0.31 2;2B- ?
+254 0990 254Es 81991 4 275.7 d 0.5 (7+) 05 1954 A~100;EC=0.03#;B-=1.74e-4 8;SF<3e-6
+254 0991 254Esm 82075 3 84.2 2.5 AD 39.3 h 0.2 2+ 05 1954 B-=98 2;IT<3;A=0.32 1;EC=0.076 7;SF<0.045
+254 1000 254Fm 80902.8 2.4 3.240 h 0.002 0+ 05 1954 A~100;SF=0.0592 3
+254 1010 254Md 83450# 100# * 10 m 3 0-# 05 1970 B+~100;A ?
+254 1011W 254Mdm 83500# 140# 50# 100# * 28 m 8 3-# 05 1970 B+~100;A ?
+254 1020 254No 84723 10 51.2 s 0.4 0+ 05 06He19t 1966 A=90 1;B+=10 1;SF=0.23 1
+254 1021W 254Nom 86018 10 1295 2 264.9 ms 1.4 (8-) 05 11Lo06t 1973 IT>80;SF=0.020 12;A=0.01
+254 1022W 254Non 87940# 300# 3220# 300# 183.8 us 1.6 (16+) 10He10etd2006 IT=100;SF<0.012
+254 1030 254Lr 89870# 300# 17.1 s 1.8 05 08An16td 1981 A=72 2;B+=28 2;SF ?
+254 1033 254Lrp 89940# 310# 60 50 AD
+254 1034 254Lrq 90090# 330# 220# 120#
+254 1040 254Rf 93200# 280# 23.2 us 1.0 0+ 05 15Da12t 1997 SF=?;A<1.5
+254 1041W 254Rfm 94500# 340# 1300# 200# 4.7 us 1.1 (8-) 15Da12jt 2015 IT=100;SF ?
+254 1042W 254Rfn 95200# 570# 2000# 500# 247 us 73 (16+) 15Da12jt 2015 IT=100
+255 0980 255Cf 84810# 200# 85 m 18 (7/2+) 13 1981 B-=100;SF<0.001#;A=2e-7#
+255 0990 255Es 84089 11 39.8 d 1.2 (7/2+) 13 1954 B-=92.0 4;A=8.0 4;SF=0.0041 2
+255 1000 255Fm 83800 4 20.07 h 0.07 7/2+ 13 1954 A=100;SF=2.4e-5 10
+255 1010 255Md 84843 7 27 m 2 (7/2-) 13 1958 B+=93 1;A=7 1;SF<0.15
+255 1013 255Mdp 84850# 70# 10# 70# 1/2-# 13
+255 1020 255No 86807 15 3.52 m 0.18 (1/2+) 13 11As03tj 1967 B+=70 5;A=30 5
+255 1021W 255Nom 87020# 100# 210# 100# 1# s 11/2-#
+255 1023 255Nop 86910# 70# 100# 70# Nm (7/2+)
+255 1030 255Lr 89947 18 31.1 s 1.1 (1/2-) 13 06Ch52tj 1971 A=99.7 1;B+=0.3 1;SF<0.1
+255 1031 255Lrm 89988 19 41 8 AD 2.54 s 0.05 (7/2-) 13 06Ch52j 2006 IT~60;A~40
+255 1032W 255Lrn 90741 22 794 12 <1 us (15/2+) 13 2009 IT=100
+255 1033W 255Lrp 91410 22 1463 12 1.70 ms 0.03 (25/2+) 13 2008 IT=100;A<0.15
+255 1040 255Rf 94330# 120# 1.66 s 0.07 (9/2-) 13 15An05d 1975 SF=45 3;A=48 3;B+<1
+255 1041 255Rfm 94480# 120# 150 22 AD 50 us 17 (5/2+) 15An05etj2015 IT=100
+255 1050 255Db 99590# 360# 1.7 s 0.5 13 1977 A ?;SF~20
+256 0980 256Cf 87040# 310# 12.3 m 1.2 0+ 99 1980 SF=100;A=6.2e-7#;2B- ?
+256 0990 256Es 87190# 100# * 25.4 m 2.4 (1+,0-) 99 1981 B-=100
+256 0991W 256Esm 87190# 140# 0# 100# * 7.6 h (8+) 99 1976 B-~100;B-SF=0.002
+256 1000 256Fm 85487 6 157.6 m 1.3 0+ 99 1955 SF=91.9 3;A=8.1 3
+256 1010 256Md 87460# 120# *& 30# m 7-# B+ ?;A ?;SF ?
+256 1011 256Mdm 87620 70 160# 100# *& 77 m 2 (1-) 99 FGK12bi 1955 B+=?;A=9.2 7;SF<3
+256 1013 256Mdp 87700# 120# 240# 140# am
+256 1020 256No 87822 8 2.91 s 0.05 0+ 99 1963 A~100;SF=0.53 6;EC<0.01#
+256 1030 256Lr 91750 80 27 s 3 99 1965 A=85 10;B+=15 10;SF<0.03
+256 1033 256Lrp 91980# 90# 230# 40#
+256 1040 256Rf 94222 18 6.67 ms 0.10 0+ 14 1975 SF=?;A=0.32 17
+256 1041W 256Rfm 95340# 100# 1120# 100# 25 us 2 (5-) 14 2009 IT=100;SF ?
+256 1042W 256Rfn 95620# 100# 1400# 100# 17 us 2 (8-) 14 2009 IT=100;SF ?
+256 1043W 256Rfp 96620# 200# 2400# 200# 27 us 5 14 2009 IT=100;SF ?
+256 1050 256Db 100500# 240# 1.7 s 0.4 16 01He35td 2001 A=70 11;B+=36 12;SF=?
+257 0990 257Es 89400# 410# 7.7 d 0.2 7/2+# 13 1987 B-=100;A=4e-4#
+257 1000 257Fm 88590 4 100.5 d 0.2 (9/2+) 13 1964 A~100;SF=0.210 4
+257 1010 257Md 88993.1 1.6 5.52 h 0.05 (7/2-) 13 1965 EC=85 3;A=15 3;SF<1
+257 1020 257No 90247 7 24.5 s 0.5 (3/2+) 13 02Ho11d 1967 A=?;B+=15 8
+257 1023 257Nop 90550# 110# 300# 110# 9/2+# am
+257 1030 257Lr 92670# 40# 6.0 s 0.4 (1/2-) 13 10St14t 1971 A~100;B+=0.01#;SF=0.001#
+257 1033 257Lrp 92820# 110# 150# 100# am 13
+257 1040 257Rf 95866 11 4.82 s 0.13 (1/2+) 13 FGK10aj 1969 A=?;B+=19.4 14;SF=1.3 3
+257 1041 257Rfm 95940 10 73 11 AD 4.3 s 0.2 (11/2-) 13 10Be16t 1997 A=88 2;B+=11 2;SF<1.4
+257 1042 257Rfn 97022 10 1155 11 AD 106 us 6 (21/2+) 13 13Ri07tj 2009 IT=100
+257 1050 257Db 100210# 200# * 2.3 s 0.2 (9/2+) 13 1985 A>94;SF<6;B+=1#
+257 1051 257Dbm 100350# 230# 140# 110# * 670 ms 60 (1/2-) 99 01He35j 1985 A>87;SF<13;B+=1#
+258 0990 258Es 92700# 400# 3# m B- ?;A ?
+258 1000 258Fm 90430# 200# 370 us 14 0+ 01 86Hu05t 1971 SF~100;A ?
+258 1010 258Md 91687 4 * 51.5 d 0.3 8-# 01 93Mo18d 1970 A~100;B+<0.0015;B-<0.0015
+258 1011W 258Mdm 91690# 200# 0# 200# * 57.0 m 0.9 1-# 01 93Mo18d 1980 EC=?;SF<20;B-<10#;A<1.2
+258 1020 258No 91480# 100# 1.2 ms 0.2 0+ 01 1989 SF~100;A=0.001#;2B+ ?
+258 1030 258Lr 94780# 100# 3.6 s 0.4 01 14Ha04td 1971 A=?;B+=2.6 18
+258 1033 258Lrp 95020# 140# 240# 100# am
+258 1040 258Rf 96340 30 13.8 ms 0.9 0+ 01 08Ga08t 1969 SF=87 2;A=13 2
+258 1050 258Db 101800# 310# * 4.5 s 0.4 01 09He20t 1981 A=63 6;B+=37 6;SF<1#
+258 1051 258Dbm 101860# 320# 60# 100# * 1.9 s 0.5 01 09He20t 1985 B+~100;IT ?
+258 1060 258Sg 105240# 410# 2.7 ms 0.5 0+ 01 09Fo02t 1997 SF=?;A<20
+259 1000 259Fm 93700# 280# 1.5 s 0.2 3/2+# 13 1980 SF=100
+259 1010 259Md 93620# 200# 1.60 h 0.06 7/2-# 13 1982 SF=?;A<1.3
+259 1020 259No 94079 7 58 m 5 (9/2+) 13 13As02j 1973 A=75 4;EC=25 4;SF<10
+259 1023 259Nop 94310# 150# 230# 150#
+259 1030 259Lr 95850# 70# 6.2 s 0.3 1/2-# 13 1971 A=78 2;SF=22 2;B+=0.6#
+259 1033 259Lrp 96200# 170# 350# 150#
+259 1040 259Rf 98360# 70# 2.63 s 0.26 7/2+# 13 08Ga08t 1969 A=92 2;SF=8 2;B+=0.3#
+259 1043 259Rfp 98430# 100# 60 70 Nm (3/2+)
+259 1044 259Rfq 98570# 110# 210 90 Nm (9/2+)
+259 1050 259Db 101990 50 510 ms 160 9/2+# 13 01Ga20d 2001 A=100
+259 1060 259Sg 106520# 120# 402 ms 56 (11/2-) 13 15An05tjd1985 A=97 1;SF<3;EC<1
+259 1061 259Sgm 106610# 120# 87 22 AD 226 ms 27 (1/2+) 15An05tjd A=97 1;SF>3;EC<1
+260 1000 260Fm 95770# 440# EU 1# m 0+ SF ?
+260 1010 260Md 96550# 320# 27.8 d 0.8 99 92Lo.Btd 1989 SF=?;A<5;EC<5;B-<3.5
+260 1020 260No 95610# 200# 106 ms 8 0+ 99 1985 SF=100
+260 1030 260Lr 98280# 120# 3.0 m 0.5 99 1971 A=80 20;B+=20 20
+260 1040 260Rf 99150# 200# 21 ms 1 0+ 99 1985 SF=?;A=2#;EC=0.01#
+260 1050 260Db 103670# 90# 1.52 s 0.13 99 1970 A>90.4 6;SF<9.6 6;B+<2.5
+260 1053 260Dbp 103870# 180# 200# 150#
+260 1060 260Sg 106548 21 4.95 ms 0.33 0+ 99 09He20t 1984 SF=60 30;A=40 30
+260 1070 260Bh 113320# 250# 41 ms 14 16 08Ne01td 2008 A~100;B+ ?;SF ?
+261 1010 261Md 98580# 510# 40# m 7/2-# A ?
+261 1020 261No 98460# 200# 3# h 3/2+# A ?
+261 1030 261Lr 99560# 200# 39 m 12 99 1987 SF=?;A ?
+261 1040 261Rf 101320 50 *& 2.2 s 0.3 3/2+# 15 11Ha13td 1970 SF=73 6;A=27 6
+261 1041 261Rfm 101390# 110# 70# 100# *& 20 s 4 9/2+# 15 13Mu08t 1970 A=?;B+<15;SF<10
+261 1043 261Rfp 101620# 110# 300# 100#
+261 1050 261Db 104310# 110# 4.7 s 1.0 99 13Su04td 1970 SF=73 11;A=?
+261 1053 261Dbp 104610# 230# 300# 200#
+261 1060 261Sg 108005 18 183 ms 5 (3/2+) 99 10St14tjd1984 A=98.1 4;B+=1.3 3;SF=0.6 2
+261 1061W 261Sgm 108110# 50# 100# 50# 9.3 us 1.8 (11/2-) 99 10Be16tj 2010 IT=100
+261 1070 261Bh 113130# 210# 12.8 ms 3.2 (5/2-) 99 10He11tjd1989 A=95 5;SF<5
+262 1010 262Md 101630# 500# 3# m SF ?;A ?
+262 1020 262No 100100# 360# ~5 ms 0+ 01 1989 SF~100;A ?
+262 1030 262Lr 102100# 200# ~4 h 01 1987 B+=?;SF<10;A ?
+262 1040 262Rf 102390# 220# * 250 ms 100 0+ 01 08Go.Atd 1985 SF~100
+262 1041W 262Rfm 103390# 460# 1000# 400# * 47 ms 5 high 96La11i 1978 SF=100
+262 1050 262Db 106250# 140# 34 s 4 01 14Ha04td 1971 SF=52 4;A=?;B+=3#
+262 1053 262Dbp 106300# 160# 50# 70# A ?
+262 1060 262Sg 108370 40 10.9 ms 2.3 0+ 01 06Gr24td 2001 SF~100;A ?
+262 1063 262Sgp 109220 90 860 90 AD
+262 1070 262Bh 114540# 310# 84 ms 11 01 09He20t 1981 A=?;SF<20
+262 1071 262Bhm 114760# 310# 210 50 AD 9.5 ms 1.6 01 06Fo02t 1981 A=?;SF<10
+263 1020 263No 103130# 490# 20# m A ?;SF ?
+263 1030 263Lr 103730# 280# 5# h A ?
+263 1040 263Rf 104760# 150# 11 m 3 3/2+# 99 93Gr.Ctd 2003 SF=?;A=30
+263 1043 263Rfp 105060# 250# 300# 200#
+263 1050 263Db 107110# 170# 29 s 9 99 92Kr01d 1992 SF=56 14;A=?;B+=6.9 16
+263 1053 263Dbp 107370# 260# 260# 200#
+263 1060 263Sg 110190# 100# * 940 ms 140 7/2+# 99 06Gr24td 1974 A=87 8;SF=13 8
+263 1061 263Sgm 110240# 100# 51 19 Nm* 420 ms 100 3/2+# 99 04Fo08t 1995 A=?;IT ?
+263 1063 263Sgp 110290# 100# 100 30 AD
+263 1070 263Bh 114500# 310# 200# ms 99 A ?
+263 1080 263Hs 119680# 130# 760 us 40 3/2+# 99 09Dr02td 2009 A=?;SF<8.4
+263 1081 263Hsm 120000# 130# 320 70 AD 760 us 40 11/2-# 09Dr02td 2009 A=?;SF ?
+264 1020 264No 105010# 590# 1# m 0+ A ?;SF ?
+264 1030 264Lr 106380# 440# 10# h A ?;SF ?
+264 1040 264Rf 106080# 360# 1# h 0+ A ?
+264 1050 264Db 109360# 240# 3# m A ?
+264 1060 264Sg 110780# 280# 47 ms 20 0+ 06 2006 SF~100;A ?
+264 1070 264Bh 116060# 180# 1.07 s 0.21 99 04Mo26td 1995 A=86;SF=14;B+ ?
+264 1073 264Bhp 116290# 230# 230# 150# am
+264 1080 264Hs 119563 29 540 us 300 0+ 99 95Ho.Bt 1986 A~50;SF~50
+265 1030 265Lr 108230# 550# 10# h A ?;SF ?
+265 1040 265Rf 108690# 360# 1.6 m 0.8 3/2+# 15 15Ut02t 2010 SF~100;A ?
+265 1050 265Db 110480# 220# 15# m A ?
+265 1060 265Sg 112790# 120# & 9.2 s 1.6 9/2+# 15 12Ha05t 1994 A>50;SF ?
+265 1061 265Sgm 112860# 120# 60# 160# & 16.4 s 2.4 3/2+# 15 13Su04t 1994 A>65 16;SF ?
+265 1070 265Bh 116420# 230# 1.19 s 0.52 99 04Ga29td 2004 A=?
+265 1080 265Hs 120900 24 1.96 ms 0.16 3/2+# 99 09He20t 1984 A~100;SF<1
+265 1081 265Hsm 121130 24 229 22 AD 360 us 150 9/2+# 99 09He20t 1995 A~100;IT ?
+265 1090 265Mt 126680# 450# 2# ms A ?
+266 1030 266Lr 111620# 580# 21 h 14 14 2014 SF=100
+266 1040 266Rf 110080# 470# 4# h 0+ A ?;SF ?
+266 1050 266Db 112740# 280# 80 m 70 07 07Og02t 2007 A ?;SF ?;B+ ?
+266 1060 266Sg 113620# 250# 390 ms 110 0+ 05 13Og03td 2006 SF=100
+266 1070 266Bh 118100# 160# 2.5 s 1.6 05 08Mo09t 2000 A~100;B+ ?;SF ?
+266 1080 266Hs 121140 40 3.02 ms 0.54 0+ 05 11Ac.At 2001 A=?;SF~1.4#
+266 1081 266Hsm 122240 80 1100 70 AD 280 ms 220 9-# 11Ac.At 2011 A=?
+266 1090 266Mt 127960# 310# 1.2 ms 0.4 05 97Ho14t 1982 A=?;SF<5.5
+266 1091 266Mtm 129100# 310# 1140 80 AD 6 ms 3 97Ho14td 1984 A=100
+267 1040 267Rf 113440# 580# 2.5 h 1.5 05 06Og05td 2004 SF=100
+267 1043 267Rfp 113660# 580# 220# 100#
+267 1050 267Db 114070# 410# 100 m 60 05 13Ru11t 2004 SF=100
+267 1060 267Sg 115810# 260# 1.8 m 0.7 08Dv02td 2008 SF=83;A=17
+267 1063 267Sgp 115880# 280# 70# 100#
+267 1070 267Bh 118770# 260# 22 s 10 05 2000 A=100
+267 1080 267Hs 122650# 100# 55 ms 11 5/2+# 05 1995 A>80;SF ?
+267 1081 267Hsm 122690# 100# 39 24 AD 990 us 90 05 04Fo08td 2004 A=?;IT ?
+267 1090 267Mt 127790# 500# 10# ms A ?
+267 1100 267Ds 133880# 140# 10 us 8 3/2+# 05 95Gh04t 1995 A=100
+268 1040 268Rf 115480# 660# 1# h 0+ A ?;SF ?
+268 1050 268Db 117060# 530# 29 h 4 05 13Ru11t 2004 SF~100;B+ ?
+268 1053 268Dbp 117210# 530# 150 70
+268 1060 268Sg 116800# 470# 2# m 0+ A ?;SF ?
+268 1070 268Bh 120810# 380# 25# s A ?;SF ?
+268 1080 268Hs 122830# 280# 1.42 s 1.13 0+ 10Ni14td 2010 A~100
+268 1090 268Mt 129150# 230# 27 ms 6 5+#,6+# 05 04Mo26t 1995 A=100
+268 1100 268Ds 133650# 300# 100# us 0+ A ?
+269 1050 269Db 119150# 620# 3# h A ?;SF ?
+269 1060 269Sg 119760# 360# 5 m 3 15 15Ut02t 2010 A~100;SF ?
+269 1070 269Bh 121480# 370# 1# m A ?
+269 1080 269Hs 124560# 120# 16 s 6 9/2+# 05 13Su04t 1996 A=100
+269 1090 269Mt 129370# 460# 100# ms A ?
+269 1100 269Ds 134830 30 230 us 110 9/2+# 05 95Ho03t 1995 A=100
+270 1050 270Db 122310# 620# 2.0 h 1.3 10 14Kh04td 2010 SF=100
+270 1060 270Sg 121490# 560# 3# m 0+ A ?;SF ?
+270 1070 270Bh 124230# 290# 3.8 m 3.0 07 07Og02td 2007 A=100
+270 1073 270Bhp 124920# 350# 690# 200#
+270 1080 270Hs 125110# 250# 9 s 4 0+ 05 13Og03t 2003 A=100;SF ?
+270 1090 270Mt 130710# 170# 6.3 ms 1.5 05 2004 A~100
+270 1100 270Ds 134680 50 205 us 48 0+ 05 11Ac.At 2001 A~100;SF<0.2
+270 1101 270Dsm 136070 60 1390 60 AD 10 ms 6 (10)(-#) 05 2001 A=?;IT ?
+271 1060 271Sg 124760# 590# 3.1 m 1.6 06 06Og05td 2004 A=70;SF=30
+271 1070 271Bh 125920# 420# 10 m 8 05 13Ru11td A=100
+271 1080 271Hs 127740# 280# 10# s 2008 A ?;SF ?
+271 1090 271Mt 131100# 330# 400# ms A ?
+271 1100 271Ds 135950# 100# *& 90 ms 40 13/2-# 05 1998 A=100
+271 1101 271Dsm 136020# 100# 68 27 AD*& 1.7 ms 0.4 9/2+# 05 1995 A=100
+272 1060 272Sg 126580# 730# 4# m 0+ A ?;SF ?
+272 1070 272Bh 128790# 530# 11.3 s 1.8 05 13Ru11t 2004 A~100
+272 1080 272Hs 129010# 510# 10# s 0+ A ?;SF ?
+272 1090 272Mt 133580# 490# 400# ms A ?;SF ?
+272 1100 272Ds 136020# 410# 200# ms 0+ SF ?
+272 1110 272Rg 142770# 230# 4.5 ms 1.0 5+#,6+# 05 04Mo26t 1995 A=100
+273 1060 273Sg 130020# 500# 5# m SF ?
+273 1070 273Bh 130630# 690# 1# m A ?;SF ?
+273 1080 273Hs 131890# 370# 1060 ms 500 3/2+# 15 15Ut02t 2010 A~100
+273 1083 273Hsp 132000# 380# 110# 100# A ?;SF ?
+273 1090 273Mt 134710# 420# 800# ms A ?;SF ?
+273 1100 273Ds 138360# 130# 240 us 80 13/2-# 05 13Su04t 1996 A=100
+273 1101W 273Dsm 138560# 130# 198 20 EU 120 ms 3/2+# 05 1996 A=100
+273 1110 273Rg 142700# 530# 2# ms A ?
+274 1070 274Bh 133680# 620# 60 s 30 10 14Kh04td 2010 A=100
+274 1080 274Hs 133490# 590# 500# ms 0+ A ?;SF ?
+274 1090 274Mt 137250# 350# 850 ms 540 07 07Og02td 2007 A=100
+274 1100 274Ds 139200# 390# 10# ms 0+ A ?;SF ?
+274 1110 274Rg 144610# 180# 29 ms 18 05 08Mo09td 2004 A~100
+275 1070 275Bh 135690# 600# 5# m SF ?
+275 1080 275Hs 136620# 590# 290 ms 150 05 06Og05td 2004 A=100
+275 1083 275Hsp 136860# 600# 240# 100#
+275 1090 275Mt 138830# 420# 117 ms 74 05 13Ru11t 2004 A=100
+275 1100 275Ds 141570# 410# 10# ms A ?;SF ?
+275 1110 275Rg 145300# 520# 5# ms A ?
+276 1080 276Hs 138290# 750# 100# ms 0+ A ?;SF ?
+276 1090 276Mt 141320# 530# * 630 ms 100 05 13Ru11t 2004 A=100
+276 1091 276Mtm 141570# 540# 250 80 AD* 10 s 5 13Og01td 2012 A=100
+276 1100 276Ds 142540# 550# 100# ms 0+ A ?;SF ?
+276 1110 276Rg 147490# 630# 10# ms A ?;SF ?
+276 1120 276Cn 150350# 600# 100# us 0+ A ?;SF ?
+277 1080 277Hs 141490# 540# 11 ms 9 3/2+# 14 10Du06td 2010 SF=100
+277 1081 277Hsm 141590# 550# 100# 100# 110 s 70 14 12Ho12td 2012 SF=100
+277 1083 277Hsp 142150# 580# 660# 200#
+277 1090 277Mt 142970# 700# 9 s 6 14 13Og04td 2013 SF=100;A ?
+277 1100 277Ds 145140# 380# 6 ms 3 11/2+# 15 15Ut02t 2010 A~100;SF ?
+277 1110 277Rg 148340# 520# 10# ms A ?;SF ?
+277 1120 277Cn 152400# 140# 850 us 280 3/2+# 05 13Su04t 1996 A=100
+278 1090 278Mt 145740# 620# 7 s 3 10 14Kh04t 2010 A=100
+278 1093 278Mtp 146210# 650# 470# 200#
+278 1100 278Ds 146380# 630# 270# ms 0+ A ?;SF ?
+278 1110 278Rg 150520# 360# 8 ms 5 07 07Og02td 2007 A=100
+278 1120 278Cn 152930# 440# 2# ms 0+ A ?;SF ?
+278 1130 278Ed 158890# 180# 2.3 ms 1.3 05 12Mo25td 2004 A~100
+279 1090 279Mt 147500# 670# 30# s A ?;SF ?
+279 1100 279Ds 149130# 600# 210 ms 50 05 06Og05td 2004 SF=90;A=10
+279 1103 279Dsp 149410# 610# 280# 100#
+279 1110 279Rg 151780# 420# 180 ms 110 05 13Ru11t 2004 A=100
+279 1113 279Rgp 151910# 430# 130# 100#
+279 1120 279Cn 155030# 460# 5# ms A ?;SF ?
+279 1130 279Ed 159240# 700# 1# ms A ?;SF ?
+280 1100 280Ds 150520# 780# 11 s 6 0+ 05 01Og01td 1999 SF=100
+280 1110 280Rg 153890# 530# 4.3 s 0.7 05 13Ru11t 2004 A=100
+280 1120 280Cn 155700# 580# 5# ms 0+ A ?;SF ?
+280 1130 280Ed 161140# 400# 10# ms A ?;SF ?
+281 1100 281Ds 153430# 580# 14 s 4 3/2+# 05 10Du06td 2004 SF=85 12;A=15 12
+281 1101 281Dsm 153470# 550# 40# 240# 0.9 s 0.7 12Ho12td 2012 A=100
+281 1110 281Rg 155300# 810# 24 s 8 10 16Fo16t 2010 SF=100
+281 1120 281Cn 158020# 390# 180 ms 80 3/2+# 15 15Ut02t 2010 A~100;SF ?
+281 1130 281Ed 161810# 300# 100# ms A ?;SF ?
+282 1110 282Rg 157800# 650# 1.6 m 0.7 05 14Kh04td 2010 A=100
+282 1120 282Cn 158980# 660# 900 us 240 0+ 05 06Og05td 2004 SF=100
+282 1130 282Ed 163730# 360# 140 ms 90 07 07Og02td 2007 A=100
+283 1110 283Rg 159280# 700# 30# s A ?;SF ?
+283 1120 283Cn 161490# 610# 4.1 s 1.0 06 06Og05td 2004 A=?;SF<10
+283 1130 283Ed 164710# 440# 160 ms 100 05 13Ru11t 2004 A=100
+284 1120 284Cn 162550# 810# 104 ms 20 0+ 05 10Du06td 2004 SF=100
+284 1130 284Ed 166590# 530# 930 ms 140 05 13Ru11t 2004 A=100
+284 1140 284Fl 168920# 660# 3.3 ms 1.4 0+ 15 15Ut02td 2015 SF~100;A ?
+285 1120 285Cn 165170# 580# 32 s 9 5/2+# 05 10Du06td 2004 A=100
+285 1121 285Cnm 165740# 560# 570# 250# 15 s 12 12Ho12td 2012 A=100
+285 1130 285Ed 167730# 810# 3.3 s 1.1 10 16Fo16t 2010 A=100
+285 1140 285Fl 171000# 390# 210 ms 100 15 15Ut02t 2010 A~100;SF ?
+286 1130 286Ed 170010# 660# 7 s 3 10 14Kh04t 2010 A=100
+286 1140 286Fl 171770# 660# 140 ms 30 0+ 05 06Og05td 2004 SF~60;A~40
+287 1130 287Ed 171250# 730# 2# m A ?;SF ?
+287 1140 287Fl 174070# 610# 520 ms 130 05 06Og05td 2004 A=100
+287 1150 287Ef 177900# 440# 95 ms 60 05 13Ru11t 2004 A=100
+288 1140 288Fl 175040# 810# 750 ms 140 0+ 05 11Ga19td 2004 A=100
+288 1150 288Ef 179770# 540# 170 ms 25 05 13Ru11t 2004 A=100
+289 1140 289Fl 177560# 580# 2.4 s 0.6 5/2+# 05 10Du06td 2004 A=100
+289 1141 289Flm 178330# 560# 770# 260# 1.1 s 0.8 12Ho12td 2012 A=100
+289 1150 289Ef 180670# 810# 310 ms 90 10 16Fo16t 2010 A=100
+289 1160 289Lv 184530# 490# RN 2# ms 5/2+# 00 02Ni10i A ?
+290 1150 290Ef 182890# 660# 410 ms 190 10 13Og04t 2010 A=100
+290 1160 290Lv 185200# 660# 8 ms 3 0+ 05 06Og05td 2004 A=100
+291 1150 291Ef 183990# 780# 1# s A ?;SF ?
+291 1160 291Lv 187390# 610# 28 ms 15 05 06Og05td 2004 A=100
+291 1170 291Eh 191800# 590# 2# ms A ?;SF ?
+292 1160 292Lv 188240# 810# 24 ms 12 0+ 05 04Og12td 2004 A=100
+292 1170 292Eh 193580# 670# 10# ms A ?;SF ?
+293 1160 293Lv 190670# 590# 80 ms 40 05 07Og01td 2004 A=100
+293 1161 293Lvm 191410# 560# 740# 270# 80 ms 60 12Ho12td 2012 A=100
+293 1170 293Eh 194390# 810# 21 ms 6 10 16Fo16t 2010 A=100
+293 1180 293Ei 198870# 700# RN 1# ms 1/2+# 00 02Ni10i A ?
+294 1170 294Eh 196520# 660# 70 ms 30 10 14Kh04t 2010 A=100
+294 1180 294Ei 199460# 660# 1.15 ms 0.47 0+ 05 12Og06t 2006 A=100
+295 1180 295Ei 201510# 640# 10# ms 04Og05td A ?
--
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