118 1 H Hydrogen 4 1.00794 (7) 8.988E-5 -259.34 -252.87 +1,-1 * 1 1/2+ 7.289 99.985% (1) * 2 1+ 13.136 0.015% (1) 3 1/2+ 14.950 12.33 y (6) B- 4 2- 26.0 5.42 MeV N 2 He Helium 8 4.002602 (2) 1.785E-4 (26 atm) -268.93 0 * 3 1/2+ 14.931 0.000137% (3) * 4 0+ 2.425 99.999863% (3) 5 3/2- 11.39 0.60 MeV (2) A ,N 6 0+ 17.594 806.7 ms (15) B- 7 (3/2)- 26.11 160 keV (30) N 8 0+ 31.598 119.0 ms (15) B-,BN 16% 9 (1/2-) 40.82 ~ 0.3 MeV N 10 0+ 48.81 0.3 MeV (2) N 3 Li Lithium 8 6.941 (2) 0.534 c 180.5 1342 +1 4 2- 25.3 6.03 MeV P 5 3/2- 11.68 ~ 1.5 MeV A ,P * 6 1+ 14.086 7.5% (2) * 7 3/2- 14.908 92.5% (2) 8 2+ 20.945 838 ms (6) B-,B2A 9 3/2- 24.954 178.3 ms (4) B-,BN 49.5%,BN2A 10 33.44 1.2 MeV (3) N 11 3/2- 40.79 8.5 ms (2) B-,BNA 0.027% 4 Be Beryllium 9 9.012182 (3) 1.848 c 1287 2471 (5mm) +2 6 0+ 18.375 92 keV (6) 2P 7 3/2- 15.77 53.29 d (7) EC 8 0+ 4.942 6.8 EV (17) 2A * 9 3/2- 11.348 100% 10 0+ 12.607 1.51E+6 y (6) B- 11 1/2+ 20.174 13.81 s (8) B-,BA 3.1% 12 0+ 25.08 23.6 ms (9) B-,BN <1% 13 (1/2,5/2)+ 35.16 0.9 MeV (5) N 14 0+ 39.9 4.35 ms (17) B-,BN 81%,B2N 5% 5 B Boron 11 10.811 (5) 2.34 h 2075 4000 (subl.) +3 7 (3/2-) 27.87 1.4 MeV (2) P ,2P ,3P 8 2+ 22.921 770 ms (3) EA,EC,E2A 9 3/2- 12.416 0.54 keV (21) 2A ,P * 10 3+ 12.051 19.9% (2) * 11 3/2- 8.668 80.1% (2) 12 1+ 13.369 20.20 ms (2) B-,B3A 1.58% 13 3/2- 16.562 17.36 ms (16) B- 14 2- 23.66 13.8 ms (10) B- 15 28.97 10.5 ms (3) B- 16 (0-) 37.1s N 17 (3/2-) 43.7 5.08 ms (5) B-,BXN 6 C Carbon 15 12.011 1.8 to 2.1 i ~3550 4827 +2,+4,-4 8 0+ 35.09 230 keV (50) 2P 9 (3/2-) 28.914 126.5 ms (9) EC,EP,E2A 10 0+ 15.699 19.255 s (53) EC 11 3/2- 10.650 20.39 m (2) EC * 12 0+ 98.89% (1) * 13 1/2- 3.125 1.11% (1) 14 0+ 3.020 5730 y (40) B- 15 1/2+ 9.873 2.449 s (5) B- 16 0+ 13.694 0.747 s (8) B- 17 21.04 193 ms (13) B-,BN 32% 18 0+ 24.92 88 ms (+9-8) B- 18 0+ 24.92 66 ms (+25-15) BN 19% 19 32.8 49 ms (4) B- ,BN 61% 20 0+ 37.6 14 ms (6) B- ,BN 72% 22 0+ 52.6s > 200 NS 7 N Nitrogen 15 14.00674 (7) 0.0012506 j -210.00 -195.79 +1,+2,+3,+4,+5,-1,-2,-3 10 39.7s 11 1/2+ 25.3 1.58 MeV (+75-5) P 12 1+ 17.338 11.000 ms (16) EC,E3A 3.44% 13 1/2- 5.34 9.965 m (4) EC * 14 1+ 2.863 99.634% (9) * 15 1/2- 0.102 0.366% (9) 16 2- 5.682 7.13 s (2) B- 16m 0- 5.802 7.25 us (6) B- ,IT 17 1/2- 7.87 4.173 s (4) B-,BN 18 1- 13.12 624 ms (12) B-,B-A 19 15.86 0.304 s (16) B-,BN ~ 62.4% 20 21.77 100 ms (+30-20) B-,BN ~ 61% 21 25.23 95 ms (13) B- ,BN 84% 22 32.1 24 ms (7) B- ,BN 35% 23 37.7s > 200 NS 8 O Oxygen 13 15.9994 (3) 0.001429 k -218.79 -182.95 -2 12 0+ 32.06 0.40 MeV (25) P 13 (3/2-) 23.111 8.58 ms (5) EC 14 0+ 8.00 70.606 s (18) EC 15 1/2- 2.856 122.24 s (16) EC * 16 0+ -4.737 99.762% (15) * 17 5/2+ -0.808 0.038% (3) * 18 0+ -0.781 0.200% (12) 19 5/2+ 3.332 26.91 s (8) B- 20 0+ 3.797 13.51 s (5) B- 21 (1/2,3/2,5 8.06 3.42 s (10) B- 22 0+ 9.28 2.25 s (15) B- 23 14.6 82 ms (37) B-,BN 31% 24 0+ 19.0 61 ms (26) B-,BN 58% 9 F Fluorine 14 18.9984032 (5) 0.001696 -219.62 g -188.12 g -1 14 (2-) 33.6s P 15 (1/2+) 16.8 1.0 MeV (2) P 16 0- 10.680 40 keV (20) P 17 5/2+ 1.952 64.49 s (16) EC 18 1+ 0.873 109.77 m (5) EC * 19 1/2+ -1.487 100% 20 2+ -0.016 11.00 s (2) B- 21 5/2+ -0.047 4.158 s (20) B- 22 4+,(3+) 2.79 4.23 s (4) B- 23 (3/2,5/2)+ 3.33 2.23 s (14) B- 24 (1,2,3)+ 7.54 0.34 s (8) B- 25 11.27 B- ,BN 27 25.1 > 200 NS 29 40.3s > 200 NS 10 Ne Neon 17 20.1797 (6) 8.9990E-4 -248.59 -246.088 g 0 15 41.4s 16 0+ 23.99 122 keV (37) P 17 1/2- 16.49 109.2 ms (6) EC,EP,EA 18 0+ 5.319 1672 ms (8) EC 19 1/2+ 1.751 17.22 s (2) EC * 20 0+ -7.042 90.48% (3) * 21 3/2+ -5.732 0.27% (1) * 22 0+ -8.024 9.25% (3) 23 5/2+ -5.154 37.24 s (12) B- 24 0+ -5.948 3.38 m (2) B- 25 (1/2,3/2)+ -2.06 602 ms (8) B- 26 0+ 0.43 0.23 s (6) B- 27 7.09 32 ms (2) B- ,BN 28 0+ 11.3 14 ms (10) B- ,BN 16% 29 18.0 0.2 s (1) BN ?% 30 0+ 22.2 > 200 NS 32 0+ 37.2s > 200 NS 11 Na Sodium 21 22.989770 (2) 0.971 c 97.72 883 +1 17 35.2s 18 25.3s 19 12.93 20 2+ 6.845 447.9 ms (23) EC 21 3/2+ -2.184 22.49 s (4) EC 22 3+ -5.182 2.6019 y (4) EC * 23 3/2+ -9.53 100% 24 4+ -8.418 14.9590 h (12) B- 24m 1+ -7.946 20.20 ms (7) IT 99.95%,B- 0.05% 25 5/2+ -9.358 59.1 s (6) B- 26 3+ -6.90 1.072 s (9) B- 27 5/2+ -5.58 301 ms (6) B-,BN 0.08% 28 1+ -1.03 30.5 ms (4) B-,BN 0.58% 29 2.62 44.9 ms (12) B- 29 3/2 2.62 44.9 ms (12) BN 21.5% 30 2+ 8.59 48 ms (2) B-,BN 30%,B2N 1.17% 31 3/2+ 12.7 17.0 ms (4) B-,BN 37%,B2N 0.9% 32 (3-,4-) 18.3 13.2 ms (4) B-,BN 24%,B2N 8% 33 26 8.2 ms (4) B-,BN 52%,B2N 12% 34 33s 5.5 ms (10) B-,BN ,B2N 57.5% 35 41s 1.5 ms (5) B-,BN 12 Mg Magnesium 17 24.3050 (6) 1.738 c 650 1090 +2 20 0+ 17.57 95 ms (+80-50) EC,EP >= 3% 21 (3/2,5/2)+ 10.91 122 ms (3) EC,EP 29.3% 22 0+ -0.396 3.857 s (9) EC 23 3/2+ -5.473 11.317 s (11) EC * 24 0+ -13.933 78.99% (3) * 25 5/2+ -13.193 10.00% (1) * 26 0+ -16.215 11.01% (2) 27 1/2+ -14.587 9.458 m (12) B- 28 0+ -15.019 20.91 h (3) B- 29 3/2+ -10.66 1.30 s (12) B- 30 0+ -8.88 335 ms (17) B- 31 -3.22 230 ms (20) B-,BN 1.7% 32 0+ -0.79 120 ms (20) B-,BN 2.4% 33 5.2 90 ms (20) B-,BN 17% 34 0+ 8.5 20 ms (10) B-,BN 35 16.3s > 200 NS 36 0+ 20.9s > 200 NS 13 Al Aluminum 21 26.981539 (5) 2.6989 c 660.32 2519 +3 21 26.1s < 35 NS 22 18.18s 70 ms (+50-35) EC ,EP > 0%,E2P > 0% 23 6.77 0.47 s (3) EC,EP 24 4+ -0.054 2.053 s (4) EC,EA 0.04% 24m 1+ 0.371 131.3 ms (25) IT 82%,EC 18% 25 5/2+ -8.916 7.183 s (12) EC 26 5+ -12.210 7.4E+5 y (3) EC 26m 0+ -11.982 6.3452 s (19) EC * 27 5/2+ -17.197 100% 28 3+ -16.851 2.2414 m (12) B- 29 5/2+ -18.216 6.56 m (6) B- 30 3+ -15.87 3.60 s (6) B- 31 (3/2,5/2)+ -14.95 644 ms (25) B- 32 1+ -11.06 33 ms (4) B- 33 -8.50 > 1 us 34 -2.86 60 ms (18) B-,BN 27% 35 -0.0 150 ms (50) B-,BN 65% 36 5.9 > 1 us 37 9.6 > 1 us 38 15.7s > 200 NS 39 > 200 NS 14 Si Silicon 21 28.0855 (3) 2.33 e 1414 3265 +2,+4,-4 22 0+ 32.2s 6 ms (3) EC ,EP 23 23.8s > 200 NS 24 0+ 10.75 102 ms (35) EC,EP ~ 7% 25 5/2+ 3.825 220 ms (3) EC,EP 26 0+ -7.145 2.234 s (13) EC 27 5/2+ -12.385 4.16 s (2) EC * 28 0+ -21.493 92.23% (1) * 29 1/2+ -21.895 4.67% (21) * 30 0+ -24.433 3.10% (1) 31 3/2+ -22.949 157.3 m (3) B- 32 0+ -24.081 172 y (4) B- 33 -20.49 6.18 s (18) B- 34 0+ -19.96 2.77 s (20) B- 35 -14.36 0.78 s (12) B- 36 0+ -12.4 0.45 s (6) B-,BN < 10% 37 -6.5 > 1 us BN < 15% 38 0+ -3.7 > 1 us 39 2.1s > 1 us 40 0+ 5.4s > 200 NS 41 11.8s > 200 NS 42 0+ > 200 NS 15 P Phosphorus 23 30.973761 (2) 1.82 l 44.15 l 277 l +3,+5,-3 24 32.0s 25 18.9s 26 (3+) 11.0s 20 ms (+35-15) EC,EP 2%,E2P 27 (1/2+) -0.74 260 ms (80) EC,EP 6% 28 3+ -7.161 270.3 ms (5) EC 29 1/2+ -16.952 4.140 s (14) EC 30 1+ -20.201 2.498 m (4) EC * 31 1/2+ -24.441 100% 32 1+ -24.305 14.262 d (14) B- 33 1/2+ -26.338 25.34 d (12) B- 34 1+ -24.558 12.43 s (8) B- 35 1/2+ -24.858 47.3 s (7) B- 36 -20.25 5.6 s (3) B- 37 -18.99 2.31 s (13) B- 38 -14.5 0.64 s (14) B-,BN < 10% 39 -12.6 0.16 s (+30-10) B-,BN 41% 40 -8.3 260 ms (80) B-,BN 30% 41 -4.8 120 ms (20) B-,BN 30% 42 0.1s 110 ms (30) B-,BN 50% 43 3.1s 33 ms (3) B- ,BN 44 > 200 NS 45 > 200 NS 46 > 200 NS 16 S Sulfur 22 32.066 (6) 2.07 cm 115.21 m 444.60 +4,+6,-2 27 17.5s EC 28 0+ 4.1 125 ms (10) EC,EP > 0% 29 5/2+ -3.16 187 ms (4) EC 30 0+ -14.063 1.178 s (5) EC 31 1/2+ -19.045 2.572 s (13) EC * 32 0+ -26.016 95.02% (9) * 33 3/2+ -26.586 0.75% (1) * 34 0+ -29.932 4.21% (8) 35 3/2+ -28.846 87.51 d (12) B- * 36 0+ -30.664 0.02% (1) 37 7/2- -26.896 5.05 m (2) B- 38 0+ -26.861 170.3 m (7) B- 39 (3/2,5/2,7 -23.16 11.5 s (5) B- 40 0+ -22.8 8.8 s (22) B- 41 -18.6 > 1 us 42 0+ -17.2 0.56 s (6) B- ,BN < 4% 43 -12.5 220 ms (65) B-,BN 40% 44 0+ -10.9s 123 ms (10) B-,BN 18% 45 -4.8s 82 ms (13) B- 46 0+ > 200 NS 47 > 200 NS 48 0+ > 200 NS 17 Cl Chlorine 22 35.4527 (9) 0.003214 -101.5 -34.04 +1,+5,+7,-1 31 -7.06 150 ms (25) EC,EP 0.44% 32 1+ -13.331 298 ms (1) EC,EA 0.01%,EP 7.0E-3% 33 3/2+ -21.004 2.511 s (3) EC 34 0+ -24.440 1.5264 s (14) EC 34m 3+ -24.294 32.00 m (4) EC 55.4%,IT 44.6% * 35 3/2+ -29.014 75.77% (5) 36 2+ -29.522 3.01E+5 y (2) B- 98.1%,EC 1.9% * 37 3/2+ -31.762 24.23% (5) 38 2- -29.798 37.24 m (5) B- 38m 5- -29.127 715 ms (3) IT 39 3/2+ -29.800 55.6 m (2) B- 40 2- -27.56 1.35 m (2) B- 41 (1/2,3/2)+ -27.34 38.4 s (8) B- 42 -25.0 6.8 s (3) B- 43 -24.0 3.3 s (2) B- 44 -20.0 0.43 s (6) B- ,BN < 8% 45 -18.9 400 ms (43) B-,BN 24% 46 -14.8s 0.22 s (4) B- ,BN 60% 47 -11.2s > 200 NS B-,BN <= 3% 48 > 200 NS 49 -1.382C 170 NS GE 51 > 200 NS 18 Ar Argon 18 39.948 0.0017837 -189.35 -185.85 0 32 0+ -2.18 98 ms (2) EC,EP 33 1/2+ -9.38 173.0 ms (20) EC,EP 38.7% 34 0+ -18.378 844.5 ms (34) EC 35 3/2+ -23.048 1.775 s (4) EC * 36 0+ -30.231 0.3365% (30) 37 3/2+ -30.948 35.04 d (4) EC * 38 0+ -34.715 0.0632% (5) 39 7/2- -33.242 269 y (3) B- * 40 0+ -35.040 99.6003% (30) 41 7/2- -33.067 109.34 m (12) B- 42 0+ -34.42 32.9 y (11) B- 43 (3/2,5/2) -31.98 5.37 m (6) B- 44 0+ -32.26 11.87 m (5) B- 45 -29.72 21.48 s (15) B- 46 0+ -29.72 8.4 s (6) B- 49 -17.813C 170 NS GE 50 0+ -14.228C 170 NS GE 51 > 200 NS 19 K Potassium 21 39.0983 0.862 c 63.38 759 +1 35 3/2+ -11.17 190 ms (30) EC,EP 0.37% 36 2+ -17.425 342 ms (2) EC,EP 0.05%,EA 3.4E-3% 37 3/2+ -24.799 1.226 s (7) EC 38 3+ -28.802 7.636 m (18) EC 38m 0+ -28.672 923.9 ms (6) EC * 39 3/2+ -33.807 93.2581% (44) 40 4- -33.535 1.277E+9 y (8) B- 89.28%,EC 10.72% * 41 3/2+ -35.559 6.7302% (44) 42 2- -35.021 12.360 h (3) B- 43 3/2+ -36.593 22.3 h (1) B- 44 2- -35.81 22.13 m (19) B- 45 3/2+ -36.61 17.3 m (6) B- 46 (2-) -35.42 105 s (10) B- 47 1/2+ -35.697 17.50 s (24) B- 48 (2-) -32.12 6.8 s (2) B-,BN 1.14% 49 (3/2+) -30.32 1.26 s (5) B-,BN 86% 50 (0-,1,2-) -25.4 472 ms (4) B-,BN 29% 51 (1/2+,3/2+ -22.511C 365 ms (5) B-,BN 47% 52 -16.523C 105 ms (5) B-,BN > 88% 53 (3/2+) -12.359C 30 ms (5) B-,BN 85% 54 -5.488C 10 ms (5) B-,BN 20 Ca Calcium 19 40.078 (4) 1.55 c 842 1484 +2 35 4.44s 50 ms (30) EC,E2P 36 0+ -6.44 102 ms (2) EC,EP ~ 20% 37 3/2+ -13.16 181.1 ms (10) EC,EP 76% 38 0+ -22.059 440 ms (8) EC 39 3/2+ -27.276 859.6 ms (14) EC * 40 0+ -34.846 96.941% (18) 41 7/2- -35.138 1.03E+5 y (4) EC * 42 0+ -38.547 0.647% (9) * 43 7/2- -38.408 0.135% (6) * 44 0+ -41.469 2.086% (12) 45 7/2- -40.813 162.61 d (9) B- * 46 0+ -43.135 0.004% (3) 47 7/2- -42.340 4.536 d (3) B- 48 0+ -44.215 > 6E+18 y 2B- 49 3/2- -41.290 8.718 m (6) B- 50 0+ -39.572 13.9 s (6) B- 51 (3/2-) -35.90 10.0 s (8) B-,BN 52 0+ -32.5 4.6 s (3) B- 53 (3/2-,5/2- -27.9s 90 ms (15) B-,BN > 30% 21 Sc Scandium 21 44.955910 (8) 2.989 e 1541 2830 +3 40 4- -20.526 182.3 ms (7) EC,EP 0.44%,EA 0.02% 41 7/2- -28.642 596.3 ms (17) EC 42 0+ -32.121 681.3 ms (7) EC 42m 7+,(5,6)+ -31.505 61.7 s (4) EC 43 7/2- -36.188 3.891 h (12) EC 44 2+ -37.816 3.927 h (8) EC 44m 6+ -37.545 58.6 h (1) IT 98.8%,EC 1.2% * 45 7/2- -41.069 100% 45m 3/2+ -41.057 318 ms (7) IT 46 4+ -41.759 83.79 d (4) B- 46m 1- -41.616 18.75 s (4) IT 47 7/2- -44.332 3.3492 d (6) B- 48 6+ -44.493 43.67 h (9) B- 49 7/2- -46.552 57.2 m (2) B- 50 5+ -44.54 102.5 s (5) B- 50m (2,3)+ -44.28 0.35 s (4) IT > 97.5%,B- < 2.5% 51 (7/2)- -43.22 12.4 s (1) B- 52 3+ -40.5 8.2 s (2) B- 53 -38.0s > 1 us 54 -34.0 > 1 us 55 -30s > 1 us 22 Ti Titanium 20 47.867 4.54 1668 3287 +2,+3,+4 39 1.2s 26 ms (8) 40 0+ -8.9 50 ms (15) EC,EP 41 3/2+ -15.71s 80 ms (2) EC,EP ~100% 42 0+ -25.121 199 ms (6) EC 43 7/2- -29.320 509 ms (5) EC 44 0+ -37.548 49 y (3) EC 45 7/2- -39.007 184.8 m (5) EC * 46 0+ -44.125 8.25% (3) * 47 5/2- -44.932 7.44% (2) * 48 0+ -48.487 73.72% (3) * 49 7/2- -48.558 5.41% (2) * 50 0+ -51.426 5.18% (2) 51 3/2- -49.727 5.76 m (1) B- 52 0+ -49.464 1.7 m (1) B- 53 (3/2)- -46.8 32.7 s (9) B- 54 0+ -45.6 > 1 us 55 -41.7 > 1 us 56 0+ -39.1 > 200 NS 57 -34.0s > 200 NS 58 0+ > 150 NS 23 V Vanadium 21 50.9415 6.11 (18.7C) 1910 3407 +2,+3,+4,+5 42 -8.2s < 55 NS 43 (7/2-) -18.0s > 800 ms EC 44 -23.85s 90 ms (25) EC,EA 44m 6+ -23.85s 155 ms IT ?% 45 7/2- -31.87 547 ms (6) EC 46 0+ -37.074 422.37 ms (20) EC 47 3/2- -42.004 32.6 m (3) EC 48 4+ -44.475 15.9735 d (25) EC 49 7/2- -47.956 330 d (15) EC 50 6+ -49.218 1.4E+17 y (4) EC 83%,B- 17% * 51 7/2- -52.198 99.750% (2) 52 3+ -51.438 3.743 m (5) B- 53 7/2- -51.845 1.61 m (4) B- 54 3+ -49.89 49.8 s (5) B- 55 (7/2-) -49.15 6.54 s (15) B- 56 -46.2 > 1 us 57 -44.3 > 200 NS 58 -40.3 > 200 NS 59 -37.9 > 200 NS B- 60 -33.1 > 200 NS 61 > 150 NS 24 Cr Chromium 22 51.9961 (6) 7.18 to 7.20 c 1907 2671 +2,+3,+6 43 (3/2+) -2.14s 21 ms (+4-3) EC ,EP ,EA ?% 44 0+ -13.5s 53 ms (+4-3) EP 45 -19.4s 50 ms (6) EC,EP > 27% 46 0+ -29.47 0.26 s (6) EC 47 3/2- -34.55 500 ms (15) EC 48 0+ -42.815 21.56 h (3) EC 49 5/2- -45.326 42.3 m (1) EC 50 0+ -50.255 > 1.8E+17 y 2EC 51 7/2- -51.445 27.702 d (4) EC * 52 0+ -55.413 83.789% (18) * 53 3/2- -55.281 9.501% (17) * 54 0+ -56.929 2.365% (7) 55 3/2- -55.104 3.497 m (3) B- 56 0+ -55.289 5.94 m (10) B- 57 3/2-,5/2-, -52.39 21.1 s (10) B- 58 0+ -51.9 7.0 s (3) B- 59 -47.8 0.74 s (24) B- 60 0+ -46.8 0.57 s (6) B- 61 -42.8 > 200 NS B- 62 0+ -41.2 > 200 NS 63 > 150 NS 64 0+ > 1 us 25 Mn Manganese 25 54.938049 (9) 7.21 to 7.44 n 1246 2061 +2,+3,+4,+7 46 (4+) -12.4s 41 ms (+7-6) EC ,EP 47 -22.3s > 200 NS EP 48 4+ -29.29s 158.1 ms (22) EC,EP 0.28%,EA <6.0E-4% 49 5/2- -37.61 382.1 ms (68) EC 50 0+ -42.622 283.88 ms (46) EC 50m 5+ -42.393 1.75 m (3) EC 51 5/2- -48.237 46.2 m (1) EC 52 6+ -50.701 5.591 d (3) EC 52m 2+ -50.323 21.1 m (2) EC 98.25%,IT 1.75% 53 7/2- -54.684 3.74E+6 y (4) EC 54 3+ -55.552 312.12 d (10) EC,B- <0.001% * 55 5/2- -57.707 100% 56 3+ -56.906 2.5785 h (2) B- 57 5/2- -57.485 85.4 s (18) B- 58 3+ -55.90 65.3 s (7) B- 58m + -55.90 3.0 s (1) B- 59 3/2-,5/2- -55.47 4.6 s (1) B- 60 0+ -52.8 51 s (6) B- 60m 3+ -52.5 1.77 s (2) B- 88.5%,IT 11.5% 61 (5/2)- -51.6 0.71 s (1) B- 62 (3+) -48.5 0.88 s (15) B- 63 -46.8 0.25 s (4) B- 64 -43.1 > 200 NS 65 -40.9 > 200 NS B- 66 > 150 NS 26 Fe Iron 26 55.845 (2) 7.874 c 1538 2861 +2,+3 46 0+ 0.8s 20 ms (+20-8) EP ?% 47 -6.6s 27 ms (+32-10) EP ?% 48 0+ -18.1s 200 NS GE 49 (7/2-) -24.6s 75 ms (10) EC,EP <= 60% 50 0+ -34.47 150 ms (30) EC,EP ~ 0% 51 (5/2-) -40.22 305 ms (5) EC 52 0+ -48.33 8.275 h (8) EC 52m (12+) -41.51 45.9 s (6) EC 53 7/2- -50.941 8.51 m (2) EC 53m 19/2- -47.901 2.58 m (4) IT * 54 0+ -56.249 5.845% (35) 55 3/2- -57.475 2.73 y (3) EC * 56 0+ -60.601 91.754% (36) * 57 1/2- -60.176 2.119% (10) * 58 0+ -62.149 0.282% (4) 59 3/2- -60.659 44.503 d (6) B- 60 0+ -61.407 1.5E+6 y (3) B- 61 3/2-,5/2- -58.92 5.98 m (6) B- 62 0+ -58.90 68 s (2) B- 63 (5/2)- -55.5 6.1 s (6) B- 64 0+ -54.9 2.0 s (2) B- 65 -51.3 0.4 s (2) B- 66 0+ -50.3 > 200 NS 67 -46.6 > 200 NS B- 68 0+ -44.2s 0.10 s (6) B- 69 > 150 NS 27 Co Cobalt 27 58.933200 (9) 8.9 c 1495 2927 +2,+3 50 -17.5s 200 NS GE 52 -34.32s EC ,EP 53 (7/2-) -42.64 240 ms (20) EC 53m (19/2-) -39.45 247 ms (12) EC ~ 98.5%,P ~ 1.5% 54 0+ -48.006 193.28 ms (14) EC 54m (7)+ -47.807 1.48 m (2) EC 55 7/2- -54.024 17.53 h (3) EC 56 4+ -56.035 77.27 d (3) EC 57 7/2- -59.340 271.79 d (9) EC 58 2+ -59.842 70.82 d (3) EC 58m 5+ -59.817 9.15 h (10) IT * 59 7/2- -62.224 100% 60 5+ -61.645 1925.1 d (5) B- 60m 2+ -61.586 10.467 m (6) IT 99.76%,B- 0.24% 61 7/2- -62.895 1.650 h (5) B- 62 2+ -61.43 1.50 m (4) B- 62m 5+ -61.41 13.91 m (5) B- > 99%,IT < 1% 63 (7/2)- -61.84 27.4 s (5) B- 64 1+ -59.79 0.30 s (3) B- 65 (7/2)- -59.16 1.20 s (6) B- 66 (3+) -56.1 0.23 s (2) B- 67 (7/2-) -55.3 0.42 s (7) B- 68 -51.8 0.18 s (10) B- 69 -51.0 0.27 s (5) B- 70 -46.8s > 200 NS B- 71 -45.0s 0.20 s (5) B- 72 > 1 us 28 Ni Nickel 27 58.6934 (2) 8.902 e 1455 2913 +2,+3 50 0+ -3.8s > 150 NS 51 -11.4s > 200 NS 52 0+ -22.65s 38 ms (5) EC,EP 17% 53 (7/2-) -29.4s 45 ms (15) EC 54 0+ -39.21 EC 55 7/2- -45.33 212.1 ms (38) EC 56 0+ -53.90 6.077 d (12) EC 57 3/2- -56.076 35.60 h (6) EC * 58 0+ -60.223 68.077% (9) 59 3/2- -61.151 7.6E+4 y (5) EC * 60 0+ -64.468 26.223% (8) * 61 3/2- -64.217 1.140% (1) * 62 0+ -66.743 3.634% (2) 63 1/2- -65.51 100.1 y (20) B- * 64 0+ -67.096 0.926% (1) 65 5/2- -65.123 2.5172 h (3) B- 66 0+ -66.03 54.6 h (4) B- 67 (1/2-) -63.74 21 s (1) B- 68 0+ -63.49 19 s (+3-6) B- 69 -60.4 11.4 s (3) B- 70 0+ -59.5 B- 71 -55.9 1.86 s (35) B- 72 0+ -54.7 2.06 s (30) B- 73 -50.3s 0.90 s (15) B- 74 0+ -48.7s 1.1 s (5) B- 75 -44.2s > 1 us 76 0+ -42.2s > 150 NS 29 Cu Copper 28 63.546 (3) 8.96 c 1084.62 2562 +1,+2 55 -32.1s > 200 NS EC,EP 56 -38.6s > 200 NS EC ,EP 57 3/2- -47.31 199.4 ms (32) EC 58 1+ -51.660 3.204 s (7) EC 59 3/2- -56.352 81.5 s (5) EC 60 2+ -58.342 23.7 m (4) EC 61 3/2- -61.980 3.333 h (5) EC 62 1+ -62.795 9.74 m (2) EC * 63 3/2- -65.577 69.17% (3) 64 1+ -65.421 12.700 h (2) EC 61%,B- 39% * 65 3/2- -67.260 30.83% (3) 66 1+ -66.254 5.088 m (11) B- 67 3/2- -67.300 61.83 h (12) B- 68 1+ -65.54 31.1 s (15) B- 68m (6-) -64.82 3.75 m (5) IT 84%,B- 16% 69 3/2- -65.740 2.85 m (15) B- 70 1+ -62.96 4.5 s (10) B- 70m 3-,4-,5- -62.82 47 s (5) B- 71 (3/2-) -62.76 19.5 s (16) B- 72 (1+) -59.9s 6.6 s (1) B- 73 -59.2s 3.9 s (3) B- 74 (1+,3+) -55.8s 1.594 s (10) B- 75 -54.6s 1.224 s (3) B-,BN 3.5% 76m -50.7s 0.641 s (6) B-,BN 3% 76n -50.7s 1.27 s (30) B- 77 -49.1s 0.469 s (8) B- 78 -44.9s 0.342 s (11) B- 79 -42.7s 188 ms (25) B-,BN 55% 30 Zn Zinc 29 65.39 (2) 7.133 e 419.53 907 +2 57 (7/2-) -32.7s 40 ms (10) EC,EP >= 65% 58 0+ -42.29 65 ms (9) EC 59 3/2- -47.26 182.0 ms (18) EC,EP 0.1% 60 0+ -54.18 2.38 m (5) EC 61 3/2- -56.34 89.1 s (2) EC 62 0+ -61.17 9.186 h (13) EC 63 3/2- -62.210 38.47 m (5) EC * 64 0+ -66.000 48.6% (3) 65 5/2- -65.908 244.26 d (26) EC * 66 0+ -68.897 27.9% (2) * 67 5/2- -67.877 4.1% (1) * 68 0+ -70.004 18.8% (4) 69 1/2- -68.415 56.4 m (9) B- 69m 9/2+ -67.976 13.76 h (2) IT 99.97%,B- 0.03% 70 0+ -69.560 > 5E+14 y 71 1/2- -67.32 2.45 m (10) B- 71m 9/2+ -67.16 3.96 h (5) B-,IT <= 0.05% 72 0+ -68.126 46.5 h (1) B- 73 (1/2)- -65.41 23.5 s (10) B- 73m (7/2+) -65.21 5.8 s (8) B- ,IT 74 0+ -65.71 95.6 s (12) B- 75 (7/2+) -62.47 10.2 s (2) B- 76 0+ -62.0 5.7 s (3) B- 77 (7/2+) -58.6 2.08 s (5) B- 77m (1/2-) -57.8 1.05 s (10) IT > 50%,B- < 50% 78 0+ -57.2 1.47 s (15) B- 79 (9/2+) -53.4s 0.995 s (19) B-,BN 1.3% 80 0+ -51.8 0.545 s (16) B-,BN 1% 81 -46.1s 0.29 s (5) B-,BN 7.5% 31 Ga Gallium 26 69.723 (29.6C) 5.904 29.76 2204 +3 61 (3/2-) -47.3s 0.15 s (3) EC 62 0+ -52.00 116.12 ms (23) EC 63 3/2-,5/2- -56.69 32.4 s (5) EC 64 0+ -58.835 2.630 m (11) EC 65 3/2- -62.653 15.2 m (2) EC 66 0+ -63.722 9.49 h (7) EC 67 3/2- -66.877 3.2612 d (6) EC 68 1+ -67.083 67.629 m (24) EC * 69 3/2- -69.321 60.108% (6) 70 1+ -68.905 21.14 m (3) B- 99.59%,EC 0.41% * 71 3/2- -70.135 39.892% (6) 72 3- -68.584 14.10 h (2) B- 72m (0+) -68.464 39.68 ms (13) IT 73 3/2- -69.704 4.86 h (3) B- 74 (3-) -68.05 8.12 m (12) B- 74m (0) -67.99 9.5 s (10) IT 75%,B- < 50% 75 3/2- -68.464 126 s (2) B- 76 (2+,3+) -66.20 32.6 s (6) B- 77 (3/2-) -65.87 13.2 s (2) B- 78 (3+) -63.66 5.09 s (5) B- 79 (3/2-) -62.5 2.847 s (3) B-,BN 0.089% 80 (3) -59.1 1.697 s (11) B-,BN 0.89% 81 (5/2-) -58.0 1.221 s (5) B-,BN 12.3% 82 (1,2,3) -52.9s 0.599 s (2) B-,BN 22.3% 83 -49.5s 0.31 s (1) B-,BN 40% 84 -44.4s 85 ms (10) B- ,BN 70% 32 Ge Germanium 32 72.61 (2) 5.323 e 938.25 2833 +2,+4 61 (3/2-) -33.7s 40 ms (15) EC,EP ~ 80% 62 0+ -42.2s 0.11 s (6) EC ?% 63 -46.9s 0.095 s (+23-20) EC ?% 64 0+ -54.4 63.7 s (25) EC 65 (3/2)- -56.41 30.9 s (5) EC 66 0+ -61.62 2.26 h (5) EC 67 1/2- -62.654 18.9 m (3) EC 68 0+ -66.977 270.82 d (27) EC 69 5/2- -67.094 39.05 h (10) EC * 70 0+ -70.561 21.23% (4) 71 1/2- -69.905 11.43 d (3) EC 71m 9/2+ -69.707 20.40 ms (17) IT * 72 0+ -72.585 27.66% (3) * 73 9/2+ -71.297 7.73% (1) 73m 1/2- -71.230 0.499 s (11) IT * 74 0+ -73.422 35.94% (2) 75 1/2- -71.856 82.78 m (4) B- 75m 7/2+ -71.716 47.7 s (5) IT 99.97%,B- 0.03% * 76 0+ -73.213 7.44% (2) 77 7/2+ -71.214 11.30 h (1) B- 77m 1/2- -71.054 52.9 s (6) B- 79%,IT 21% 78 0+ -71.862 88.0 m (10) B- 79 (1/2)- -69.49 18.98 s (3) B- 79m (7/2+) -69.30 39.0 s (10) B- 96%,IT 4% 80 0+ -69.45 29.5 s (4) B- 81 (9/2+) -66.3 7.6 s (6) B- 81m (1/2+) -65.6 7.6 s (6) B- 82 0+ -65.5 4.60 s (35) B- 83 (5/2+) -61.0s 1.85 s (6) B- 84 0+ -58.4s 0.947 s (11) B-,BN 10.8% 85 -53.4s 0.54 s (5) B- ,BN 14% 86 0+ -50.0s > 150 NS 33 As Arsenic 26 74.92160 (2) 5.73 o 817 (subl.) 614 (subl.)> +3,+5,-3 65 -47.1s 0.19 s (+11-7) EC 66 -51.8s 0.10 s (+7-5) EC 67 (5/2-) -56.6 42.5 s (12) EC 68 3 -58.9 151.6 s (8) EC 69 5/2- -63.08 15.2 m (2) EC 70 4(+) -64.34 52.6 m (3) EC 71 5/2- -67.893 65.28 h (15) EC 72 2- -68.229 26.0 h (1) EC 73 3/2- -70.956 80.30 d (6) EC 74 2- -70.86 17.77 d (2) EC 66%,B- 34% * 75 3/2- -73.032 100% 76 2- -72.289 1.0778 d (20) B- 77 3/2- -73.916 38.83 h (5) B- 78 2- -72.816 90.7 m (2) B- 79 3/2- -73.636 9.01 m (15) B- 80 1+ -72.12 15.2 s (2) B- 81 3/2- -72.533 33.3 s (8) B- 82 (1+) -70.24 19.1 s (5) B- 82m (5-) -70.24 13.6 s (4) B- 83 (5/2-,3/2- -69.9 13.4 s (3) B- 84 (3)- -66.1s 4.02 s (3) B-,BN 0.28% 85 (3/2-) -63.5s 2.002 s (13) B-,BN 59.4% 86 -59.4s 0.945 s (8) B-,BN 33% 87 (3/2-) -56.3s 0.49 s (4) B-,BN 15.4% 88 -51.6s > 150 NS 89 > 150 NS 34 Se Selenium 31 78.96 (3) 4.79 p 221 p 685 p +4,+6,-2 65 -32.9s < 50 ms EC 67 -46.5s 107 ms (35) EC,EP 68 0+ -54.1s 35.5 s (7) EC 69 (3/2-) -56.30 27.4 s (2) EC,EP 0.05% 70 0+ -61.9s 41.1 m (3) EC 71 5/2- -63.1s 4.74 m (5) EC 72 0+ -67.89 8.40 d (8) EC 73 9/2+ -68.22 7.15 h (8) EC 73m 3/2- -68.19 39.8 m (13) IT 72.6%,EC 27.4% * 74 0+ -72.213 0.89% (2) 75 5/2+ -72.169 119.779 d (4) EC * 76 0+ -75.251 9.36% (11) * 77 1/2- -74.599 7.63% (6) 77m 7/2+ -74.437 17.36 s (5) IT * 78 0+ -77.026 23.78% (9) 79 7/2+ -75.917 6.5E+5 y LE B- 79m 1/2- -75.821 3.92 m (1) IT 99.94%,B- 0.06% * 80 0+ -77.759 49.61% (10) 81 1/2- -76.389 18.45 m (12) B- 81m 7/2+ -76.286 57.28 m (2) IT 99.95%,B- 0.05% 82 0+ -77.593 1.1E20 y (+3-1) 2B- 83 9/2+ -75.340 22.3 m (3) B- 83m 1/2- -75.112 70.1 s (4) B- 84 0+ -75.95 3.1 m (1) B- 85 (5/2+) -72.43 31.7 s (9) B- 86 0+ -70.54 15.3 s (9) B- 87 (5/2+) -66.58 5.29 s (11) B-,BN 0.36% 88 0+ -63.87 1.53 s (6) B-,BN 0.99% 89 (5/2+) -59.6s 0.41 s (4) B-,BN 7.8% 90 0+ -56.4s > 150 NS 91 -50.9s 0.27 s (5) B-,BN 21% 35 Br Bromine 35 79.904 3.12 u -7.2 58.78 +1,+5,-1 69? -46.7s < 100 NS P 70 -51.6s 79.1 ms (8) EC 70m -51.6s 2.2 s (2) EC 71 (5/2)- -56.6s 21.4 s (6) EC 72 3+ -59.2 78.6 s (24) EC 72m 1- -59.1 10.6 s (3) IT ~100%,EC 73 1/2- -63.6 3.4 m (2) EC 74 (0-) -65.31 25.4 m (3) EC 74m 4(+) -65.29 46 m (2) EC 75 3/2- -69.14 96.7 m (13) EC 76 1- -70.289 16.2 h (2) EC 76m (4)+ -70.186 1.31 s (2) IT > 99.4%,EC < 0.6% 77 3/2- -73.234 57.036 h (6) EC 77m 9/2+ -73.128 4.28 m (10) IT 78 1+ -73.452 6.46 m (4) EC >= 99.99%,B- <= 0.01 * 79 3/2- -76.068 50.69% (7) 79m 9/2+ -75.860 4.86 s (4) IT 80 1+ -75.889 17.68 m (2) B- 91.7%,EC 8.3% 80m 5- -75.803 4.4205 h (8) IT * 81 3/2- -77.974 49.31% (7) 82 5- -77.496 35.30 h (2) B- 82m 2- -77.450 6.13 m (5) IT 97.6%,B- 2.4% 83 3/2- -79.008 2.40 h (2) B- 84 2- -77.78 31.80 m (8) B- 84m (5-,6-) -77.46 6.0 m (2) B- 85 3/2- -78.61 2.90 m (6) B- 86 (2-) -75.64 55.1 s (4) B- 87 3/2- -73.85 55.60 s (15) B-,BN 2.52% 88 (1,2-) -70.73 16.34 s (8) B-,BN 6.58% 89 (3/2-,5/2- -68.56 4.40 s (3) B-,BN 13.8% 90 -64.61 1.92 s (2) B-,BN 25.2% 91 -61.55 0.541 s (5) B-,BN 20% 92 (2-) -56.62 0.343 s (15) B-,BN 33.1% 93 (5/2-) -53.0s 102 ms B-,BN 77% 94 -48.824C 70 ms (20) B-,BN 30% 36 Kr Krypton 31 83.80 0.003733 -157.36 -153.22 0 71 -46.1s 97 ms (9) EC,EP 72 0+ -54.1 17.2 s (3) EC 73 5/2- -56.9 27.0 s (12) EC,EP 0.68% 74 0+ -62.17 11.50 m (11) EC 75 (5/2)+ -64.24 4.3 m (2) EC 76 0+ -68.98 14.8 h (1) EC 77 5/2+ -70.170 74.4 m (6) EC 78 0+ -74.158 2.0E+21 y GE 79 1/2- -74.442 35.04 h (10) EC 79m 7/2+ -74.312 50 s (3) IT * 80 0+ -77.893 2.25% (2) 81 7/2+ -77.693 2.29E+5 y (11) EC 81m 1/2- -77.502 13.10 s (3) IT,EC 2.5E-3% * 82 0+ -80.588 11.6% (1) * 83 9/2+ -79.981 11.5% (1) 83m 1/2- -79.939 1.83 h (2) IT * 84 0+ -82.430 57.0% (3) 85 9/2+ -81.478 3934.4 d (14) B- 85m 1/2- -81.173 4.480 h (8) B- 78.6%,IT 21.4% * 86 0+ -83.262 17.3% (2) 87 5/2+ -80.706 76.3 m (6) B- 88 0+ -79.69 2.84 h (3) B- 89 (3/2+,5/2+ -76.72 3.15 m (4) B- 90 0+ -74.96 32.32 s (9) B- 91 (5/2+) -71.35 8.57 s (4) B- 92 0+ -68.83 1.840 s (8) B-,BN 0.03% 93 (1/2+) -64.1 1.286 s (10) B-,BN 2.01% 94 0+ -61.2s 0.20 s (1) B-,BN 5.7% 95 -56.1s 0.78 s (3) B- 96 0+ -53.3s > 50 ms 97 > 150 NS B- 37 Rb Rubidium 36 85.4678 (3) 1.532 c 39.31 688 +1 74 (0+) -51.7 64.9 ms (5) EC 75 (3/2-,5/2- -57.220 19.0 s (12) EC 76 1(-) -60.477 36.5 s (6) EC 77 3/2- -64.826 3.78 m (4) EC 78 0(+) -66.934 17.66 m (8) EC 78m 4(-) -66.831 5.74 m (5) EC 90%,IT 10% 79 5/2+ -70.793 22.9 m (5) EC 80 1+ -72.170 33.4 s (7) EC 81 3/2- -75.455 4.576 h (5) EC 81m 9/2+ -75.369 30.5 m (3) IT 97.6%,EC 2.4% 82 1+ -76.187 1.273 m (2) EC 82m 5- -76.118 6.472 h (6) EC,IT < 0.33% 83 5/2- -79.071 86.2 d (1) EC 84 2- -79.748 32.77 d (14) EC 96.2%,B- 3.8% 84m 6- -79.284 20.26 m (4) IT * 85 5/2- -82.165 72.165% (20) 86 2- -82.745 18.631 d (18) B- 99.995%,EC 5.2E-3% 86m 6- -82.189 1.017 m (3) IT 87 3/2- -84.593 4.75E10 y (4) B- 88 2- -82.602 17.78 m (11) B- 89 3/2- -81.703 15.15 m (12) B- 90 0- -79.351 158 s (5) B- 90m 3- -79.244 258 s (4) B- 97.4%,IT 2.6% 91 3/2(-) -77.788 58.4 s (4) B- 92 0- -74.81 4.492 s (20) B-,BN 0.01% 93 5/2- -72.70 5.84 s (2) B-,BN 1.35% 94 3(-) -68.53 2.702 s (5) B-,BN 10.01% 95 5/2- -65.86 377.5 ms (8) B-,BN 8.73% 96 2+ -61.23 202.8 ms (33) B-,BN 14% 97 3/2+ -58.38 169.9 ms (7) B-,BN 25.1% 98 (1,0) -54.27 114 ms (5) B-,BN 13.6%,B2N 0.05% 98m (4,5) -54.00 96 ms (3) B-,BN ?% 99 (5/2+) -50.9 50.3 ms (7) B-,BN 20.7% 100 -46.7s 51 ms (8) B-,BN 5.6% 101 -43.6 32 ms (4) B-,BN 31% 102 37 ms (5) B-,BN 18% 38 Sr Strontium 31 87.62 2.54 777 1382 +2 75 -46.6s > 150 NS EC ,EP 76 0+ -54.4s 8.9 s (3) EC 77 (5/2+,7/2+ -58.0 9.0 s (2) EC,EP < 0.25% 78 0+ -63.172 2.5 m (3) EC 79 3/2(-) -65.475 2.25 m (10) EC 80 0+ -70.302 106.3 m (15) EC 81 1/2- -71.524 22.3 m (4) EC 82 0+ -76.007 25.55 d (15) EC 83 7/2+ -76.795 32.41 h (3) EC 83m 1/2- -76.536 4.95 s (12) IT * 84 0+ -80.643 0.56% (1) 85 9/2+ -81.100 64.84 d (2) EC 85m 1/2- -80.861 67.63 m (4) IT 86.6%,EC 13.4% * 86 0+ -84.519 9.86% (1) * 87 9/2+ -84.876 7.00% (1) 87m 1/2- -84.487 2.827 h (1) IT 99.7%,EC 0.3% * 88 0+ -87.918 82.58% (1) 89 5/2+ -86.205 50.53 d (7) B- 90 0+ -85.941 28.78 y (4) B- 91 5/2+ -83.649 9.63 h (5) B- 92 0+ -82.92 2.71 h (1) B- 93 5/2+ -80.16 7.423 m (24) B- 94 0+ -78.837 75.3 s (2) B- 95 1/2+ -75.16 23.90 s (14) B- 96 0+ -72.98 1.07 s (1) B- 97 1/2+ -68.80 429 ms (5) B-,BN <= 0.05% 98 0+ -66.61 0.653 s (2) B-,BN 0.25% 99 3/2+ -62.2 0.269 s (1) B-,BN 0.1% 100 0+ -60.2 202 ms (3) B-,BN 0.98% 101 (5/2) -55.4 118 ms (3) B-,BN 2.52% 102 0+ -53.1 69 ms (6) B-,BN 5.5% 39 Y Yttrium 43 88.90585 (2) 4.469 e 1526 3336 +3 78 -52.6s > 150 NS 79 (5/2+) -58.4 14.8 s (6) EC,EP 80 (3,4,5) -61.2s 35 s (2) EC 81 (5/2+) -66.01 72.4 s (13) EC 82 1+ -68.2 9.5 s (3) EC 83 (9/2+) -72.33 7.08 m (6) EC 83m (3/2-) -72.27 2.85 m (2) EC 60%,IT 40% 84 1+ -74.2 4.6 s (2) EC 84m (5-) -73.7 40 m (1) EC 85 (1/2)- -77.85 2.68 h (5) EC 85m 9/2+ -77.83 4.86 h (13) EC,IT <2.0E-3% 86 4- -79.28 14.74 h (2) EC 86m (8+) -79.06 48 m (1) IT 99.31%,EC 0.69% 87 1/2- -83.015 79.8 h (3) EC 87m 9/2+ -82.634 13.37 h (3) IT 98.43%,EC 1.57% 88 4- -84.295 106.65 d (4) EC * 89 1/2- -87.702 100% 89m 9/2+ -86.793 16.06 s (4) IT 90 2- -86.487 64.10 h (8) B- 90m 7+ -85.805 3.244 h (5) IT,B- 1.8E-3% 91 1/2- -86.349 58.51 d (6) B- 91m 9/2+ -85.793 49.71 m (4) IT,B- < 1.5% 92 2- -84.831 3.54 h (1) B- 93 1/2- -84.24 10.18 h (8) B- 93m 7/2+ -83.49 0.82 s (4) IT 94 2- -82.348 18.7 m (1) B- 95 1/2- -81.239 10.3 m (1) B- 96 0- -78.35 5.34 s (5) B- 96m (8)+ -78.35 9.6 s (2) B- 97 (1/2-) -76.26 3.75 s (3) B-,BN 0.058% 97m (9/2)+ -75.59 1.17 s (3) B- > 99.3%,IT < 0.7% 97n (27/2-) -72.74 142 ms (8) IT > 80%,B- < 20% 98 (0)- -72.44 0.548 s (2) B-,BN 0.331% 98m (4,5) -72.44 2.0 s (2) B- 90%,IT < 20% 99 (5/2+) -70.20 1.470 s (7) B-,BN 1.9% 100 1-,2- -67.30 735 ms (7) B-,BN 1.02% 100m (3,4,5) -67.30 0.94 s (3) B- 101 (5/2+) -64.91 448 ms (19) B-,BN 1.94% 102 low -61.89 0.30 s (1) B- 102 high -61.89 0.36 s (4) B- 103 -58.6s 0.23 s (3) 104 -54.9s > 150 NS 105 > 150 NS 40 Zr Zirconium 32 91.224 (2) 6.506 c 1855 4409 +4 80 0+ -55.3s > 150 NS 81 -58.9 15 s (5) EC,EP 82 0+ -64.2 32 s (5) EC 83 (1/2-) -66.46 44 s (1) EC,EP 84 0+ -71.5s 25.9 m (8) EC 85 7/2+ -73.2 7.86 m (4) EC 85m (1/2-) -72.9 10.9 s (3) IT <= 92%,EC > 8% 86 0+ -77.81 16.5 h (1) EC 87 (9/2)+ -79.349 1.68 h (1) EC 87m (1/2)- -79.013 14.0 s (2) IT 88 0+ -83.63 83.4 d (3) EC 89 9/2+ -84.869 78.41 h (12) EC 89m 1/2- -84.281 4.18 m (1) IT 93.77%,EC 6.23% * 90 0+ -88.769 51.45% (3) 90m 5- -86.450 809.2 ms (20) IT * 91 5/2+ -87.893 11.22% (4) * 92 0+ -88.456 17.15% (2) 93 5/2+ -87.119 1.53E+6 y (10) B- * 94 0+ -87.268 17.38% (4) 95 5/2+ -85.659 64.02 d (5) B- 96 0+ -85.442 3.9E19 y (9) 2B- 97 1/2+ -82.950 16.90 h (5) B- 98 0+ -81.27 30.7 s (4) B- 99 (1/2+) -77.77 2.1 s (1) B- 100 0+ -76.61 7.1 s (4) B- 101 (3/2+) -73.46 2.1 s (3) B- 102 0+ -71.74 2.9 s (2) B- 103 (5/2) -68.4 1.3 s (1) B- 104 0+ -66.3s 1.2 s (3) B- 105 -62.4s ~ 1 s B- 106 0+ -60.2s > 150 NS 107 > 150 NS 41 Nb Niobium 44 92.90638 (2) 8.57 c 2477 4744 +3,+5 82 -53.0s > 150 NS 83 (5/2+) -59.0 4.1 s (3) EC 84 (3+) -61.9s 12 s (3) EC,EP 85 (9/2+) -67.2 20.9 s (7) EC 86 (5+) -69.83 88 s (1) EC 87 (1/2-) -74.18 3.7 m (1) EC 87m (9/2+) -74.18 2.6 m (1) EC 88 (8+) -76.4s 14.5 m (1) EC 88m (4-) -76.4s 7.8 m (1) EC 89 (1/2)- -80.58 1.18 h (10) EC 89m (9/2+) -80.58 1.9 h (2) EC 90 8+ -82.658 14.60 h (5) EC 90m 4- -82.533 18.81 s (6) IT 91 9/2+ -86.639 6.8E+2 y (13) EC 91m 1/2- -86.535 60.86 d (22) IT 93%,EC 7% 92 (7)+ -86.450 3.47E+7 y (24) EC,B- < 0.05% 92m (2)+ -86.315 10.15 d (2) EC * 93 9/2+ -87.210 100% 93m 1/2- -87.179 16.13 y (14) IT 94 (6)+ -86.366 2.03E+4 y (16) B- 94m 3+ -86.325 6.263 m (4) IT 99.5%,B- 0.5% 95 9/2+ -86.783 34.975 d (7) B- 95m 1/2- -86.547 86.6 h (8) IT 94.4%,B- 5.6% 96 6+ -85.605 23.35 h (5) B- 97 9/2+ -85.608 72.1 m (7) B- 97m 1/2- -84.865 52.7 s (18) IT 98 1+ -83.527 2.86 s (6) B- 98m (5+) -83.443 51.3 m (4) B- 99.9%,IT < 0.2% 99 9/2+ -82.33 15.0 s (2) B- 99m 1/2- -81.96 2.6 m (2) B- > 96.2%,IT < 3.8% 100 1+ -79.94 1.5 s (2) B- 100m (4+,5+) -79.46 2.99 s (11) B- 101 + -78.94 7.1 s (3) B- 102m 1+ -76.35 1.3 s (2) B- 102n -76.35 4.3 s (4) B- 103 (5/2+) -75.32 1.5 s (2) B- 104 (1+) -72.2 4.8 s (4) B-,BN 0.71% 104m -72.0 0.92 s (4) B- 105 (5/2+) -70.86 2.95 s (6) B- 106 -67.0s 1.02 s (5) B- 107 -65.0s 330 ms (50) B- 108 -61.0s 0.17 s (2) 109 0.6 s (3) 110 > 150 NS 42 Mo Molybdenum 33 95.94 10.22 c 2623 4639 +6 84 0+ -55.8s > 150 NS 85 -59.1s > 150 NS 86 0+ -65.0s 19.6 s (11) EC 87 (7/2+) -67.7 14.5 s (3) EC,EP >0% 88 0+ -72.70 8.0 m (2) EC 89 (9/2+) -75.00 2.04 m (11) EC 89m (1/2-) -74.62 190 ms (15) IT 90 0+ -80.169 5.67 h (5) EC 91 9/2+ -82.21 15.49 m (1) EC 91m 1/2- -81.55 65.0 s (7) IT 50.1%,EC 49.9% * 92 0+ -86.806 14.84% (4) 93 5/2+ -86.805 4.0E+3 y (8) EC 93m 21/2+ -84.380 6.85 h (7) IT 99.88%,EC 0.12% * 94 0+ -88.411 9.25% (3) * 95 5/2+ -87.709 15.92% (5) * 96 0+ -88.792 16.68% (5) * 97 5/2+ -87.542 9.55% (3) * 98 0+ -88.113 24.13% (7) 99 1/2+ -85.967 65.94 h (1) B- 100 0+ -86.185 1.2E19 y (+3-2) 2B- 101 1/2+ -83.512 14.61 m (3) B- 102 0+ -83.56 11.3 m (2) B- 103 (3/2+) -80.85 67.5 s (15) B- 104 0+ -80.33 60 s (2) B- 105 (3/2+) -77.34 35.6 s (16) B- 106 0+ -76.26 8.4 s (5) B- 107 -72.9 3.5 s (5) B- 108 0+ -71.3s 1.09 s (2) B- 109 -67.4s 0.53 s (6) B- 110 0+ -65.7s 0.30 s (4) B- 111 > 150 NS 112 0+ > 150 NS 113 > 150 NS 43 Tc Technetium 40 (98) 11.50 t 2157 4265 +4,+6,+7 86 -53.1s > 150 NS 87 -59.1s > 150 NS 88 (6+,7+) -62.6s 6.4 s (8) EC 89 (9/2+) -67.5 12.8 s (9) EC 89m (1/2-) -67.5 12.9 s (8) EC 90 1+ -71.0s 8.7 s (2) EC 90m 4,5,6 -70.5s 49.2 s (4) EC 91 (9/2)+ -76.0 3.14 m (2) EC 91m (1/2)- -75.6 3.3 m (1) EC,IT < 1% 92 (8)+ -78.94 4.23 m (15) EC 93 9/2+ -83.604 2.75 h (5) EC 93m 1/2- -83.212 43.5 m (10) IT 76.7%,EC 23.3% 94 7+ -84.155 293 m (1) EC 94m (2)+ -84.080 52.0 m (10) EC,IT < 0.1% 95 9/2+ -86.018 20.0 h (1) EC 95m 1/2- -85.979 61 d (2) EC 96.12%,IT 3.88% 96 7+ -85.819 4.28 d (7) EC 96m 4+ -85.785 51.5 m (10) IT 98%,EC 2% 97 9/2+ -87.221 2.6E+6 y (4) EC 97m 1/2- -87.124 90.1 d (10) IT,EC < 0.34% 98 (6)+ -86.429 4.2E+6 y (3) B- 99 9/2+ -87.324 2.111E+5 y (12) B- 99m 1/2- -87.181 6.01 h (1) IT,B- 3.7E-3% 100 1+ -86.017 15.8 s (1) B- 101 (9/2)+ -86.34 14.22 m (1) B- 102 1+ -84.568 5.28 s (15) B- 102m (4,5) -84.568 4.35 m (7) B- 98%,IT 2% 103 5/2+ -84.60 54.2 s (8) B- 104 (3+) -82.49 18.3 m (3) B- 105 (5/2+) -82.29 7.6 m (1) B- 106 (1,2) -79.78 35.6 s (6) B- 107 -79.1 21.2 s (2) B- 108 (2+) -75.9 5.17 s (7) B- 109 -74.87s 0.87 s (4) B- 110 -71.4s 0.92 s (3) B- 111 -69.8s 0.30 s (3) B- 112 -65.9s 0.28 s (4) B- 113 -64.0s 130 ms (50) B- 114 > 150 NS 115 > 150 NS 44 Ru Ruthenium 35 101.07 (2) 12.41 c 2334 4150 +3 87 > 1.5 us 88 0+ > 150 NS 90 0+ -65.4s 13 s (5) EC 91 (9/2+) -68.6 9 s (1) EC 91m (1/2-) -68.6 7.6 s (8) EC >0%,EP >0% 92 0+ -74.4s 3.65 m (5) EC 93 (9/2)+ -77.27 59.7 s (6) EC 93m (1/2)- -76.53 10.8 s (3) EC 78%,IT 22% 94 0+ -82.56 51.8 m (6) EC 95 5/2+ -83.45 1.643 h (14) EC * 96 0+ -86.067 5.52% (6) 97 5/2+ -86.107 2.9 d (1) EC * 98 0+ -88.225 1.88% (6) * 99 5/2+ -87.618 12.7% (1) *100 0+ -89.22 12.6% (1) *101 5/2+ -87.950 17.0% (1) 101 11/2- -87.423 17.5 us (4) IT *102 0+ -89.099 31.6% (2) 103 3/2+ -87.260 39.26 d (2) B- 103m 11/2- -87.022 1.69 ms (7) IT *104 0+ -88.092 18.7% (2) 105 3/2+ -85.931 4.44 h (2) B- 106 0+ -86.324 373.59 d (15) B- 107 (5/2)+ -83.9 3.75 m (5) B- 108 0+ -83.7 4.55 m (5) B- 109 (5/2+) -80.85 34.5 s (10) B- 110 0+ -80.1 14.6 s (10) B- 111 -76.8s 2.12 s (7) B- 112 0+ -75.9s 1.75 s (7) B- 113 -72.2s 0.80 s (5) B- 114 0+ -70.8s 0.57 s (5) B- 115 -66.8s 0.40 s (10) B-,BN 116 0+ -65.2s > 150 NS 117 > 150 NS 118 0+ > 150 NS 45 Rh Rhodium 50 102.90550 (2) 12.41 c 1964 3695 +3 89 > 1.5 us 90 > 150 NS 91 > 150 NS 92 -63.4s > 150 NS 94m (8+) -72.9s 25.8 s (2) EC 94n (3+) -72.9s 70.6 s (6) EC 95 (9/2)+ -78.3 5.02 m (10) EC 95m (1/2)- -77.8 1.96 m (4) IT 88%,EC 12% 96 (6+) -79.62 9.90 m (10) EC 96m (3+) -79.57 1.51 m (2) IT 60%,EC 40% 97 9/2+ -82.58 30.7 m (6) EC 97m 1/2- -82.32 46.2 m (16) EC 94.4%,IT 5.6% 98 (2)+ -83.17 8.7 m (2) EC 98m (5+) -83.17 3.5 m (3) EC > 0%,IT 99 1/2- -85.51 16.1 d (2) EC 99m 9/2+ -85.45 4.7 h (1) EC > 99.84%,IT < 0.16% 100 1- -85.59 20.8 h (1) EC 100m (5+) -85.59 4.6 m (2) IT ~ 98.3%,EC ~ 1.7% 101 1/2- -87.41 3.3 y (3) EC 101m 9/2+ -87.25 4.34 d (1) EC 93.6%,IT 6.4% 102 (1-,2-) -86.776 207 d (3) EC 80%,B- 20% 102m 6(+) -86.635 ~ 2.9 y EC 99.73%,IT 0.23% *103 1/2- -88.023 100% 103m 7/2+ -87.983 56.114 m (9) IT 104 1+ -86.951 42.3 s (4) B- 99.55%,EC 0.45% 104m 5+ -86.822 4.34 m (3) IT 99.87%,B- 0.13% 105 7/2+ -87.848 35.36 h (6) B- 105m 1/2- -87.718 ~ 40 s IT 106 1+ -86.363 29.80 s (8) B- 106m (6)+ -86.226 131 m (2) B- 107 7/2+ -86.86 21.7 m (4) B- 108m 1+ -85.0 16.8 s (5) B- 108n (5+) -85.0 6.0 m (3) B- 109 7/2+ -85.01 80 s (2) B- 110m 1+ -82.9 3.2 s (2) B- 110n (|>4) -82.9 28.5 s (15) B- 111 (7/2+) -82.3s 11 s (1) B- 112m 1+ -79.5s 3.8 s (6) B- 112n |>4 -79.5s 6.8 s (2) B- 113 -78.8s 2.80 s (12) B- 114 (1+) -75.6s 1.85 s (5) B- 114m (|>4) -75.6s 1.85 s (5) B- 115 (7/2+) -74.4 0.99 s (5) B- 116m 1+ -71.1s 0.68 s (6) B- 116n (5,6,7) -71.1s 0.9 s (4) B- 117 (7/2+) -69.5s 0.44 s (4) B- 118 -65.7s > 150 NS 119 -63.9s > 150 NS 120 > 150 NS 121 > 150 NS 46 Pd Palladium 40 106.42 12.02 c 1554.9 2963 +2,+4 91 > 1.5 us 92 0+ > 150 NS 93 -59.050C 60 s (20) EP ?% 94 0+ -66.4s 9.0 s (5) EC 95m (21/2+) -68.2s 13.3 s (3) EC >= 91.3%,IT <= 9.7% 96 0+ -76.2 122 s (2) EC 97 (5/2+) -77.8 3.10 m (9) EC 98 0+ -81.29 17.7 m (3) EC 99 (5/2)+ -82.15 21.4 m (2) EC 100 0+ -85.23 3.63 d (9) EC 101 (5/2+) -85.43 8.47 h (6) EC *102 0+ -87.926 1.02% (1) 103 5/2+ -87.480 16.991 d (19) EC *104 0+ -89.392 11.14% (8) *105 5/2+ -88.414 22.33% (8) *106 0+ -89.905 27.33% (3) 107 5/2+ -88.372 6.5E+6 y (3) B- 107m 11/2- -88.157 21.3 s (5) IT *108 0+ -89.521 26.46% (9) 109 5/2+ -87.603 13.7012 h (24) B- 109m 11/2- -87.414 4.696 m (3) IT *110 0+ -88.35 11.72% (9) 111 5/2+ -86.03 23.4 m (2) B- 111m 11/2- -85.86 5.5 h (1) IT 73%,B- 27% 112 0+ -86.34 21.03 h (5) B- 113 (5/2)+ -83.69 93 s (5) B- 113m (9/2-) -83.69 0.4 s (1) IT 113? -83.69 100 s GE 114 0+ -83.49 2.42 m (6) B- 115 (5/2+) -80.40 25 s (2) B- 115m (11/2-) -80.31 50 s (3) B- 92%,IT 8% 116 0+ -79.95 11.8 s (4) B- 117 (5/2+) -76.5s 4.3 s (3) B- 117m (11/2-) -76.3s 19.1 ms (7) IT 118 0+ -75.5 1.9 s (1) B- 119 -72.0s 0.92 s (13) B- 120 0+ -70.8s 0.5 s (1) B- 121 -66.9s > 150 NS 122 0+ > 150 NS 123 > 150 NS 47 Ag Silver 56 107.8682 (2) 10.50 c 961.78 2162 +1 94 10 ms 94m (9+) 0.42 s (5) EC ,EP 95 2.0 s (1) EC ,EP 96 (8+,9+) -64.6s 5.1 s (4) EC,EP 8% 97 (9/2+) -70.8s 19 s (2) EC 98 (5+) -72.9 46.7 s (9) EC 99 (9/2)+ -76.7 124 s (3) EC 99m (1/2-) -76.2 10.5 s (5) IT 100 (5)+ -78.15 2.01 m (9) EC 100m (2)+ -78.14 2.24 m (13) EC ,IT 101 9/2+ -81.2 11.1 m (3) EC 101m 1/2- -81.0 3.10 s (10) IT 102 5+ -82.00 12.9 m (3) EC 102m 2+ -81.99 7.7 m (5) EC 51%,IT 49% 103 7/2+ -84.79 65.7 m (7) EC 103m 1/2- -84.66 5.7 s (3) IT 104 5+ -85.113 69.2 m (10) EC 104m 2+ -85.106 33.5 m (20) EC 99.93%,IT < 0.07% 105 1/2- -87.07 41.29 d (7) EC 105m 7/2+ -87.04 7.23 m (16) IT 99.66%,EC 0.34% 106 1+ -86.939 23.96 m (4) EC 99.5%,B- < 1% 106m 6+ -86.849 8.28 d (2) EC *107 1/2- -88.405 51.839% (7) 107m 7/2+ -88.312 44.3 s (2) IT 108 1+ -87.603 2.37 m (1) B- 97.15%,EC 2.85% 108m 6+ -87.494 418 y (21) EC 91.3%,IT 8.7% *109 1/2- -88.719 48.161% (7) 109m 7/2+ -88.631 39.6 s (2) IT 110 1+ -87.457 24.6 s (2) B- 99.7%,EC 0.3% 110m 6+ -87.339 249.79 d (20) B- 98.64%,IT 1.36% 111 1/2- -88.217 7.45 d (1) B- 111m 7/2+ -88.157 64.8 s (8) IT 99.3%,B- 0.7% 112 2(-) -86.62 3.130 h (9) B- 113 1/2- -87.03 5.37 h (5) B- 113m 7/2+ -86.99 68.7 s (16) IT 64%,B- 36% 114 1+ -84.94 4.6 s (1) B- 114m (|<6+) -84.75 1.5 ms (5) IT 115 1/2- -84.99 20.0 m (5) B- 115m 7/2+ -84.95 18.0 s (7) B- 79%,IT 21% 116 (2)- -82.56 2.68 m (10) B- 116m (5+) -82.48 8.6 s (3) B- 94%,IT 6% 117 (1/2-) -82.24 72.8 s (+20-7) B- ~100% 117m (7/2+) -82.21 5.34 s (5) B- 94%,IT 6% 118 1(-) -79.6 3.76 s (15) B- 118m 4(+) -79.5 2.0 s (2) B- 59%,IT 41% 119n (7/2+) -78.56 2.1 s (1) B- 119m (1/2-) -78.56 6.0 s (5) B- 120 3+ -75.8 1.23 s (3) B-,BN <=0.003% 120m 6- -75.6 0.32 s (4) B- ~ 63%,IT ~ 37% 121 (7/2+) -74.5 0.78 s (1) B-,BN 0.08% 122 (3+) -71.4s 0.48 s (8) B-,BN 0.186% 123 (7/2+) -70.0s 0.309 s (15) B-,BN 0.55% 124 (1,2,3)+ -66.6s 0.54 s (8) B- ,BN >=0.1% 125 156 ms (7) 126 97 ms (8) 127 109 ms (15) 48 Cd Cadmium 42 112.411 (8) 8.65 c 321.07 767 +2 97m -60.386C 3 s (+4-2) EC ,EP 98 0+ -67.5s 9.2 s (3) EC 99 (5/2+) -69.9s 16 s (3) EC,EP 0.17%,EA <1.0E-4% 100 0+ -74.3 49.1 s (5) EC 101 (5/2+) -75.7 1.2 m (2) EC 102 0+ -79.42 5.5 m (5) EC 103 (5/2)+ -80.65 7.3 m (1) EC 104 0+ -83.976 57.7 m (10) EC 105 5/2+ -84.33 55.5 m (4) EC *106 0+ -87.134 1.25% (4) 107 5/2+ -86.988 6.50 h (2) EC *108 0+ -89.253 0.89% (2) 109 5/2+ -88.506 462.6 d (4) EC *110 0+ -90.349 12.49% (12) *111 1/2+ -89.254 12.80% (8) 111m 11/2- -88.858 48.54 m (5) IT *112 0+ -90.581 24.13% (14) 113 1/2+ -89.05 9.3E+15 y (19) B- 113m 11/2- -88.786 14.1 y (5) B- 99.86%,IT 0.14% *114 0+ -90.021 28.73% (28) 115 1/2+ -88.091 53.46 h (10) B- 115m 11/2- -87.91 44.6 d (3) B- *116 0+ -88.719 7.49% (12) 117 1/2+ -86.425 2.49 h (4) B- 117m (11/2)- -86.289 3.36 h (5) B- 118 0+ -86.71 50.3 m (2) B- 119 3/2+ -83.91 2.69 m (2) B- 119m (11/2-) -83.76 2.20 m (2) B- 120 0+ -83.97 50.80 s (21) B- 121 (3/2+) -80.9 13.5 s (3) B- 121m (11/2-) -80.7 8.3 s (8) B- 122 0+ -80.6s 5.24 s (3) B- 123 (3/2)+ -77.31 2.10 s (2) B- 123m (11/2-) -77.00 1.82 s (3) B- ,IT 124 0+ -76.71 1.24 s (5) B- 125 (3/2+) -73.32 0.65 s (2) B- 125m (11/2-) -73.27 0.57 s (9) B- 126 0+ -72.33 0.506 s (15) B- 127 (3/2+) -68.53 0.43 s (3) B- 128 0+ -67.3 0.34 s (3) B- 129 0.27 s (4) B- 130 0+ -64.359C 0.20 s (4) B-,BN ~ 4% 49 In Indium 72 114.818 (3) 7.31 c 156.60 2072 +3 98 > 1.5 us 100 -63.7s 6.1 s (9) EC ,EP 101 -68.4s 16 s (3) EC ~100%,EP 102 (5) -70.5 24 s (4) EC 103 (9/2)+ -74.60 65 s (7) EC 104 (6+) -76.1 1.8 m (2) EC 104m (3+) -76.0 15.7 s (5) IT 80%,EC 20% 105 (9/2+) -79.48 5.07 m (7) EC 105m (1/2-) -78.81 48 s (6) IT 106 7+ -80.61 6.2 m (1) EC 106m (3+) -80.58 5.2 m (1) EC 107 9/2+ -83.56 32.4 m (3) EC 107m 1/2- -82.88 50.4 s (6) IT 108 7+ -84.11 58.0 m (12) EC 108m 2+ -84.08 39.6 m (7) EC 109 9/2+ -86.485 4.2 h (1) EC 109m 1/2- -85.835 1.34 m (7) IT 109n (19/2+) -84.383 0.21 s (1) IT 110 7+ -86.47 4.9 h (1) EC 110m 2+ -86.41 69.1 m (5) EC 111 9/2+ -88.388 2.8047 d (5) EC 111m 1/2- -87.851 7.7 m (2) IT 112 1+ -87.994 14.97 m (10) EC 56%,B- 44% 112m 4+ -87.837 20.56 m (6) IT *113 9/2+ -89.365 4.29% (2) 113m 1/2- -88.973 1.6582 h (6) IT 114 1+ -88.568 71.9 s (1) B- 99.5%,EC 0.5% 114m 5+ -88.378 49.51 d (1) IT 95.6%,EC 4.4% 114n 8- -88.066 43.1 ms (6) IT 115 9/2+ -89.536 4.41E+14 y (25) B- 115m 1/2- -89.200 4.486 h (4) IT 95%,B- 5% 116 1+ -88.249 14.10 s (3) B- 99.97%,EC < 0.06% 116m 5+ -88.122 54.29 m (17) B- 116n 8- -87.959 2.18 s (4) IT 117 9/2+ -88.941 43.2 m (3) B- 117m 1/2- -88.626 116.2 m (3) B- 52.9%,IT 47.1% 118 1+ -87.228 5.0 s (5) B- 118m 5+ -87.168 4.45 m (5) B- 118n 8- -87.028 8.5 s (3) IT 98.6%,B- 1.4% 119 9/2+ -87.702 2.4 m (1) B- 119m 1/2- -87.391 18.0 m (3) B- 94.4%,IT 5.6% 120 1+ -85.73 3.08 s (8) B- 120a (3,4,5)+ -85.73 46.2 s (8) B- 120b (8-) -85.73 47.3 s (5) B- 121 9/2+ -85.84 23.1 s (6) B- 121m 1/2- -85.52 3.88 m (10) B- 98.8%,IT 1.2% 122 1+ -83.58 1.5 s (3) B- 122m 5+ -83.58 10.3 s (6) B- 122n 8- -83.38 10.8 s (4) B- 123 9/2+ -83.43 5.98 s (6) B- 123m 1/2- -83.10 47.8 s (5) B- 124 3+ -80.88 3.17 s (5) B- 124m (8-) -80.69 3.4 s (5) B- 125 9/2(+) -80.48 2.36 s (4) B- 125m 1/2(-) -80.12 12.2 s (2) B- 126 3(+) -77.81 1.60 s (10) B- 126m 7,8,9 -77.71 1.64 s (5) B- 127 (9/2+) -76.99 1.09 s (1) B-,BN <= 0.03% 127m (1/2-) -76.53 3.66 s (4) B-,BN 0.69% 128 (3)+ -74.36 0.84 s (6) B- 128 (3+) -74.36 0.84 s (6) BN <= 0.038% 128m (8)- -74.04 0.72 s (1) B-,BN <= 0.038% 129 (9/2+) -73.0 0.61 s (1) B-,BN 0.23% 129m (1/2-) -72.6 1.23 s (3) B- ~100%,BN 3.6% 130 1(-) -69.99 0.26 s (1) B-,BN 1.01% 130m (10-) -69.94 0.55 s (1) B-,BN <= 1.65% 130n (5+) -69.59 0.542 s (9) B-,BN <= 1.65% 131 (9/2+) -68.20 0.28 s (3) B-,BN <= 2% 131m (1/2-) -67.84 0.35 s (5) B- >= 99.98%,BN <= 2% 131n (21/2+) -63.93 0.32 s (6) B- > 99%,IT < 1% 132 (7-) -63.0 0.201 s (13) B-,BN 6.2% 133 -60.328C 180 ms (20) B-,BN 50 Sn Tin 49 118.710 (7) 5.75 q 231.93 2602 +2,+4 100 0+ -56.5s 1.0 s (+8-3) EC 101 -59.6s 3 s (1) EC ,EP 102 0+ -64.7s > 200 NS 103 -66.9s 7 s (3) EC 104 0+ -71.6 20.8 s (5) EC 105 -73.23 31 s (6) EC,EP 106 0+ -77.43 115 s (5) EC 107 (5/2+) -78.56 2.90 m (5) EC 108 0+ -82.01 10.30 m (8) EC 109 5/2(+) -82.635 18.0 m (2) EC 110 0+ -85.83 4.11 h (10) EC 111 7/2+ -85.943 35.3 m (6) EC *112 0+ -88.658 0.97% (1) 113 1/2+ -88.33 115.09 d (4) EC 113m 7/2+ -88.252 21.4 m (4) IT 91.1%,EC 8.9% *114 0+ -90.557 0.65% (1) *115 1/2+ -90.031 0.34% (1) *116 0+ -91.524 14.54% (11) *117 1/2+ -90.397 7.68% (7) 117m 11/2- -90.082 13.60 d (4) IT *118 0+ -91.652 24.22% (11) *119 1/2+ -90.066 8.58% (4) 119m 11/2- -89.976 293.1 d (7) IT *120 0+ -91.102 32.59% (10) 121 3/2+ -89.201 27.06 h (4) B- 121m 11/2- -89.195 55 y (5) IT 77.6%,B- 22.4% *122 0+ -89.944 4.63% (3) 123 11/2- -87.819 129.2 d (4) B- 123m 3/2+ -87.794 40.06 m (1) B- *124 0+ -88.236 5.79% (5) 125 11/2- -85.898 9.64 d (3) B- 125m 3/2+ -85.870 9.52 m (5) B- 126 0+ -86.02 ~ 1E+5 y B- 127 (11/2-) -83.51 2.10 h (4) B- 127m (3/2+) -83.50 4.13 m (3) B- 128 0+ -83.34 59.07 m (14) B- 128m (7-) -81.24 6.5 s (5) IT 129 (3/2+) -80.6 2.23 m (4) B- 129m (11/2-) -80.6 6.9 m (1) B- ~100%,IT 0.0002% 130 0+ -80.24 3.72 m (4) B- 130m (7-) -78.30 1.7 m (1) B- 131 (3/2+) -77.38 56.0 s (5) B- 131m (11/2-) -77.14 58.4 s (5) B-,IT <=4.0E-4% 132 0+ -76.62 39.7 s (5) B- 133 (7/2-) -71.1 1.20 s (5) B-,BN 0.0294% 134 0+ -67.2s 1.12 s (8) B-,BN 17% 135 > 150 NS 136 0+ > 150 NS 137 > 150 NS 51 Sb Antimony 49 121.760 6.691 c 630.63 1587 +3,+5,-3 103 > 1.5 us 104 -59.0s 0.52 s (+18-13) EC 105 -63.9s 1.3 s (2) EC 108 4+ -72.5s 7.0 s (5) EC 109 (5/2+) -76.25 17.0 s (7) EC 110 3+ -77.5s 23.0 s (4) EC 111 (5/2+) -80.8s 75 s (1) EC 112 3+ -81.60 51.4 s (10) EC 113 5/2+ -84.42 6.67 m (7) EC 114 3+ -84.7 3.49 m (3) EC 115 5/2+ -87.00 32.1 m (3) EC 116 3+ -86.816 15.8 m (8) EC 116m 8- -86.433 60.3 m (6) EC 117 5/2+ -88.640 2.80 h (1) EC 118 1+ -87.995 3.6 m (1) EC 118m 8- -87.745 5.00 h (2) EC 119 5/2+ -89.472 38.19 h (22) EC 120 1+ -88.421 15.89 m (4) EC 120m 8- -88.421 5.76 d (2) EC *121 5/2+ -89.589 57.21% (5) 122 2- -88.324 2.7238 d (2) B- 97.59%,EC 2.41% 122m (5)+ -88.187 0.53 ms (3) IT 122n (8)- -88.160 4.191 m (3) IT *123 7/2+ -89.222 42.79% (5) 124 3- -87.618 60.20 d (3) B- 124m 5+ -87.607 93 s (5) IT 75%,B- 25% 124n 8- -87.581 20.2 m (2) IT 125 7/2+ -88.262 2.7582 y (11) B- 126 (8)- -86.40 12.46 d (3) B- 126m (5)+ -86.38 19.15 m (8) B- 86%,IT 14% 126n (3)- -86.36 ~ 11 s 127 7/2+ -86.709 3.85 d (5) B- 128 8- -84.61 9.01 h (3) B- 128m 5+ -84.61 10.4 m (2) B- 96.4%,IT 3.6% 129 7/2+ -84.63 4.40 h (1) B- 129m (19/2-) -82.77 17.7 m (1) B- 85%,IT 15% 130 (8-) -82.39 39.5 m (8) B- 130m (5)+ -82.39 6.3 m (2) B- 131 (7/2+) -82.02 23.03 m (4) B- 132 (4+) -79.92 2.79 m (5) B- 132m (8-) -79.92 4.10 m (5) B- 133 (7/2+) -78.96 2.5 m (1) B- 134m (0-) -74.0 0.78 s (6) B- 134n (7-) -74.0 10.22 s (9) B-,BN 0.091% 135 (7/2+) -69.7 1.662 s (10) B-,BN 17.6% 136 -65.1s 0.82 s (2) B-,BN 24% 137 > 150 NS 138 > 150 NS 139 > 150 NS 52 Te Tellurium 47 127.60 (3) 6.24 c 449.51 988 +4,+6,-2 106 0+ -58.0s 60 us (+30-10) A 107 -60.5s 3.1 ms (1) A 70%,EC 30% 108 0+ -65.7 2.1 s (1) EC 51%,A 49% 109 -67.58 4.6 s (3) EC 96%,A 4% 110 0+ -72.28 18.6 s (8) EC ~100%,A ~3.0E-3% 111 -73.47 19.3 s (4) EC,EP 112 0+ -77.3 2.0 m (2) EC 113 (7/2+) -78.3s 1.7 m (2) EC 114 0+ -81.9s 15.2 m (7) EC 115 7/2+ -82.4 5.8 m (2) EC 115m (1/2)+ -82.3 6.7 m (4) EC,IT 116 0+ -85.32 2.49 h (4) EC 117 1/2+ -85.11 62 m (2) EC 117m (11/2-) -84.81 103 ms (3) IT 118 0+ -87.72 6.00 d (2) EC 119 1/2+ -87.179 16.03 h (5) EC 119m 11/2- -86.918 4.70 d (4) EC,IT 8.0E-3% *120 0+ -89.40 0.096% (2) 121 1/2+ -88.55 16.78 d (35) EC 121m 11/2- -88.26 154 d (7) IT 88.6%,EC 11.4% *122 0+ -90.303 2.603% (4) 123 1/2+ -89.171 > 1E+13 y EC 123m 11/2- -88.923 119.7 d (1) IT *124 0+ -90.524 4.816% (6) *125 1/2+ -89.028 7.139% (6) 125m 11/2- -88.883 57.40 d (15) IT *126 0+ -90.071 18.952% (11) 127 3/2+ -88.290 9.35 h (7) B- 127m 11/2- -88.202 109 d (2) IT 97.6%,B- 2.4% 128 0+ -88.994 7.7E24 y (4) 2B- 129 3/2+ -87.005 69.6 m (3) B- 129m 11/2- -86.899 33.6 d (1) IT 64%,B- 36% 130 0+ -87.353 2.7E+21 y (1) 2B- 131 3/2+ -85.211 25.0 m (1) B- 131m 11/2- -85.029 30 h (2) B- 77.8%,IT 22.2% 132 0+ -85.21 3.204 d (13) B- 133 (3/2+) -82.96 12.5 m (3) B- 133m (11/2-) -82.63 55.4 m (4) B- 82.5%,IT 17.5% 134 0+ -82.4 41.8 m (8) B- 135 (7/2-) -77.83 19.0 s (2) B- 136 0+ -74.42 17.5 s (2) B-,BN 1.3% 137 (7/2-) -69.6 2.49 s (5) B-,BN 2.69% 138 0+ -65.9s 1.4 s (4) B-,BN 6.3% 139 > 150 NS 140 0+ > 150 NS 141 > 150 NS 142 0+ > 150 NS 53 I Iodine 45 126.90447 (3) 4.93 v 113.7 184.4 +1,+5,+7,-1 108 -52.6s 36 ms (6) A 91% 109 -57.6 100 us (5) P 110 -60.3s 0.65 s (2) EC 83%,A 17%,EP 11% 111 (5/2+) -65.0s 2.5 s (2) EC 99.9%,A ~ 0.1% 112 -67.1s 3.42 s (11) EC,A ~0.0012% 113 5/2+ -71.12 6.6 s (2) EC,A 3.3E-7% 114 (1+) -72.8s 2.1 s (2) EC,EP 114m (7) -72.5s 6.2 s IT 115 (5/2+) -76.4s 1.3 m (2) EC 116 1+ -77.6 2.91 s (15) EC 117 (5/2)+ -80.45 2.22 m (4) EC 118 2- -80.67 13.7 m (5) EC 118m (7-) -80.57 8.5 m (5) EC,IT > 0% 119 5/2+ -83.67 19.1 m (4) EC 120 2- -83.78 81.0 m (6) EC 120m >3 -83.78 53 m (4) EC 121 5/2+ -86.28 2.12 h (1) EC 122 1+ -86.069 3.63 m (6) EC 123 5/2+ -87.929 13.27 h (8) EC 124 2- -87.364 4.1760 d (3) EC 125 5/2+ -88.842 59.408 d (8) EC 126 2- -87.916 13.11 d (5) EC 56.3%,B- 43.7% *127 5/2+ -88.988 100% 128 1+ -87.743 24.99 m (2) B- 93.1%,EC 6.9% 129 7/2+ -88.503 1.57E7 y (4) B- 130 5+ -86.932 12.36 h (3) B- 130m 2+ -86.892 9.0 m (1) IT 84%,B- 16% 131 7/2+ -87.444 8.02070 d (11) B- 132 4+ -85.70 2.295 h (13) B- 132m (8-) -85.58 1.387 h (15) IT 86%,B- 14% 133 7/2+ -85.88 20.8 h (1) B- 133m (19/2-) -84.24 9 s (2) IT 134 (4)+ -83.95 52.5 m (2) B- 134m (8)- -83.64 3.60 m (10) IT 97.7%,B- 2.3% 135 7/2+ -83.79 6.57 h (2) B- 136 (1-) -79.50 83.4 s (10) B- 136m (6-) -78.86 46.9 s (10) B- 137 (7/2+) -76.50 24.5 s (2) B-,BN 6.97% 138 (2-) -72.30 6.49 s (7) B-,BN 5.5% 139 (7/2+) -68.84 2.280 s (11) B-,BN 10% 140 (3) -64.2s 0.86 s (4) B-,BN 9.3% 141 -60.5s 0.43 s (2) B-,BN 22% 142 ~ 0.2 s B- 143 > 150 NS 144 > 150 NS 54 Xe Xenon 46 131.29 (2) 0.005887 -111.75 -108.04 0 110 0+ -51.7s A 111 -54.4s 0.74 s (20) A 112 0+ -59.9 2.7 s (8) EC 99.16%,A 0.84% 113 -62.06 2.74 s (8) EC 99.97%,EP 4.2% 114 0+ -66.9s 10.0 s (4) EC 115 (5/2+) -68.4s 18 s (4) EC,EP 116 0+ -72.9s 59 s (2) EC 117 5/2(+) -74.0 61 s (2) EC,EP 2.9E-3% 118 0+ -78 3.8 m (9) EC 119 (5/2+) -78.7 5.8 m (3) EC 120 0+ -81.82 40 m (1) EC 121 5/2(+) -82.55 40.1 m (20) EC 122 0+ -85.17 20.1 h (1) EC 123 (1/2)+ -85.25 2.08 h (2) EC *124 0+ -87.658 0.10% (1) 125 (1/2)+ -87.190 16.9 h (2) EC 125m (9/2)- -86.937 57 s (1) IT *126 0+ -89.174 0.09% (1) 127 1/2+ -88.325 36.3446 d (28) EC 127m 9/2- -88.028 69.2 s (9) IT *128 0+ -89.861 1.91% (3) *129 1/2+ -88.697 26.4% (6) 129m 11/2- -88.461 8.88 d (2) IT *130 0+ -89.881 4.1% (1) *131 3/2+ -88.415 21.2% (4) 131m 11/2- -88.251 11.934 d (21) IT *132 0+ -89.279 26.9% (5) 132m (10+) -86.527 8.39 ms (11) IT 133 3/2+ -87.648 5.2475 d (5) B- 133m 11/2- -87.415 2.19 d (1) IT *134 0+ -88.124 10.4% (2) 134m 7- -86.159 290 ms (17) IT 135 3/2+ -86.435 9.14 h (2) B- 135m 11/2- -85.908 15.29 m (5) IT,B- 0.004% 136 0+ -86.424 > 9.3E+19 y 2B- ?% 137 7/2- -82.378 3.818 m (13) B- 138 0+ -80.12 14.08 m (8) B- 139 3/2- -75.65 39.68 s (14) B- 140 0+ -73.00 13.60 s (10) B- 141 5/2+ -68.32 1.73 s (1) B-,BN 0.043% 142 0+ -65.5 1.24 s (2) B-,BN 0.41% 143 5/2- -60.4s 0.30 s (3) B- 144 0+ -57.3s 1.15 s (20) B- 145 0.9 s (3) B- ,BN 146 0+ -52.022C > 150 NS 147 -52.022C > 150 NS 55 Cs Cesium 56 132.90545 (2) 1.873 c 28.44 671 +1 112 -46.3s 0.5 ms (1) P ?% 113 -51.7 33 us (7) P ~100% 114 (1+) -54.6s 0.57 s (2) EC ~100%,EP 7% 115 -59.7s 1.4 s (8) EC,EP ~ 0.07% 116m (1+) -62.4 0.70 s (4) EC,EA > 0%,EP > 0% 116n |>5+ -62.4 3.85 s (13) EC,EA > 0%,EP > 0% 117m -66.48 6.5 s (4) EC 117n -66.48 8.4 s (6) EC 118 2 -68.43 14 s (2) EC,EP < 0.04% 118m 6,7,8 -68.43 17 s (3) EC,EP < 0.04% 119 9/2+ -72.34 43.0 s (2) EC 119m 3/2(+) -72.34 30.4 s (1) EC 120 high -73.90 57 s (6) EC,EP <=1.0E-5% 120 2 -73.90 64 s (3) EC 121 3/2(+) -77.15 128 s (4) EC 121m 9/2(+) -77.08 122 s (3) EC 83%,IT 17% 122 1+ -78.12 21.2 s (2) EC 122m 8- -78.04 3.70 m (11) EC 122n (5)- -77.99 0.36 s (2) IT 123 1/2+ -81.05 5.87 m (5) EC 123m (11/2)- -80.90 1.64 s (12) IT 124 1+ -81.74 30.9 s (5) EC 124m (7)+ -81.28 6.3 s (2) IT 125 (1/2+) -84.098 45 m (1) EC 126 1+ -84.35 1.63 m (3) EC 127 1/2(+) -86.245 6.25 h (10) EC 128 1+ -85.931 3.66 m (2) EC 129 1/2+ -87.502 32.06 h (6) EC 130 1+ -86.898 29.21 m (4) EC 98.4%,B- 1.6% 130m 5- -86.735 3.46 m (6) IT 99.84%,EC 0.16% 131 5/2+ -88.063 9.689 d (16) EC 132 2+ -87.160 6.479 d (7) EC 98.13%,B- 1.87% *133 7/2+ -88.075 100% 134 4+ -86.896 2.0648 y (10) B-,EC 3.0E-4% 134m 8- -86.757 2.903 h (8) IT 135 7/2+ -87.586 2.3E+6 y (3) B- 135m 19/2- -85.953 53 m (2) IT 136 8- -86.343 19 s (2) B- ,IT > 0% 136 5+ -86.343 13.16 d (3) B- 137 7/2+ -86.550 30.07 y (3) B- 138 3- -82.893 33.41 m (18) B- 138m 6- -82.813 2.91 m (8) IT 81%,B- 19% 139 7/2+ -80.706 9.27 m (5) B- 140 1- -77.06 63.7 s (3) B- 141 7/2+ -74.47 24.94 s (6) B-,BN 0.035% 142 0- -70.52 1.70 s (2) B-,BN 0.091% 143 3/2+ -67.71 1.78 s (1) B-,BN 1.62% 144 1 -63.32 1.01 s (1) B-,BN 3.2% 144m (|>4) -63.32 < 1 s B- 145 3/2+ -60.16 0.594 s (13) B-,BN 14.3% 146 1- -55.66 0.321 s (2) B-,BN 14.2% 147 (3/2+) -52.2 0.235 s (3) B-,BN 28.5% 148 -47.5 140 ms (12) B-,BN 25.1% 149 -44.2s > 50 ms 150 > 50 ms 151 > 50 ms 56 Ba Barium 46 137.327 (7) 3.5 c 727 1897 +2 114 0+ 0.4 s (+3-2) EC ,A <0.11%,12C <0.02% 115 -48.7s 0.4 s (2) EC 116 0+ -54.3s 1.35 s (15) EC 117 (3/2) -57.0s 1.75 s (7) EC,EA > 0%,EP > 0% 118 0+ -62.0s 5.2 s (2) EC 119 (5/2+) -64 5.4 s (3) EC,EP > 0% 120 0+ -68.9 32 s (5) EC 121 5/2(+) -70.3 29.5 s (5) EC,EP 0.02% 122 0+ -74.3s 1.95 m (15) EC 123 5/2+ -75.6s 2.7 m (4) EC 124 0+ -79.09 11.9 m (10) EC 125 1/2(+) -79.5 3.5 m (4) EC 126 0+ -82.68 100 m (2) EC 127 1/2(+) -82.8 12.7 m (4) EC 127m 7/2(-) -82.7 1.9 s (2) IT 128 0+ -85.41 2.43 d (5) EC 129 1/2+ -85.07 2.23 h (11) EC 129m 7/2+ -85.06 2.17 h (4) EC > 0% *130 0+ -87.271 0.106% (2) 130m 8- -84.796 11 ms (2) IT 131 1/2+ -86.693 11.50 d (6) EC 131m 9/2- -86.506 14.6 m (2) IT *132 0+ -88.439 0.101% (3) 133 1/2+ -87.558 3854 d (4) EC 133m 11/2- -87.270 38.9 h (1) IT 99.99%,EC 0.01% *134 0+ -88.954 2.417% (27) *135 3/2+ -87.855 6.592% (18) 135m 11/2- -87.587 28.7 h (2) IT *136 0+ -88.891 7.854% (36) 136m 7- -86.860 0.3084 s (19) IT *137 3/2+ -87.726 11.23% (4) 137m 11/2- -87.064 2.552 m (1) IT *138 0+ -88.266 71.70% (7) 139 7/2- -84.918 83.06 m (28) B- 140 0+ -83.278 12.752 d (3) B- 141 3/2- -79.73 18.27 m (7) B- 142 0+ -77.825 10.6 m (2) B- 143 5/2- -73.95 14.33 s (8) B- 144 0+ -71.78 11.5 s (2) B-,BN 3.6% 145 5/2- -68.05 4.31 s (16) B- 146 0+ -65.04 2.22 s (7) B- 147 (3/2-) -61.49 0.893 s (1) B-,BN 0.06% 148 0+ -58.0 0.607 s (25) B-,BN <= 0.4% 149 -54.0s 0.344 s (7) B-,BN 0.43% 150 0+ -50.7s 0.3 s B- 151 > 150 NS 57 La Lanthanum 39 138.9055 (2) 6.145 e 920 3455 +3 120 -57.7s 2.8 s (2) EC,EP 121 -62.4s 5.3 s (2) EC 122 -64.5s 8.7 s (7) EC,EP 123 -68.7s 17 s (3) EC 124 (7+) -70.3s 29 s (2) EC 125 (11/2-) -73.9s 76 s (6) EC 126 -75.1s 54 s (2) EC > 0% 127 (3/2+) -78.1s 3.8 m (5) EC 127m (11/2-) -78.1s 5.0 m (5) IT ?% 128 4-,5- -78.8 5.0 m (3) EC 129 3/2+ -81.35 11.6 m (2) EC 129m 11/2- -81.18 0.56 s (5) IT 130 3(+) -81.7s 8.7 m (1) EC 131 3/2+ -83.7 59 m (2) EC 132 2- -83.73 4.8 h (2) EC 132m 6- -83.54 24.3 m (5) IT 76%,EC 24% 133 5/2+ -85.3 3.912 h (8) EC 134 1+ -85.24 6.45 m (16) EC 135 5/2+ -86.65 19.5 h (2) EC 136 1+ -86.02 9.87 m (3) EC 136m -85.79 114 ms (3) IT 137 7/2+ -87.13 6E+4 y (2) EC 138 5+ -86.529 1.05E+11 y (2) EC 66.4%,B- 33.6% *139 7/2+ -87.235 99.9098% (2) 140 3- -84.325 1.6781 d (3) B- 141 (7/2+) -82.942 3.92 h (3) B- 142 2- -80.037 91.1 m (5) B- 143 (7/2)+ -78.19 14.2 m (1) B- 144 (3-) -74.90 40.8 s (4) B- 145 -72.98 24.8 s (20) B- 146 2- -69.16 6.27 s (10) B- 146m (6-) -69.16 10.0 s (1) B- 147 (3/2+,5/2+ -67.24 4.015 s (8) B-,BN 0.04% 148 (2-) -63.2 1.428 s (12) B-,BN 0.15% 149 -61.3s 1.05 s (3) B-,BN 1.4% 150 -57.2s 0.86 s (5) B-,BN 2.7% 151 -54.6s > 150 NS 152 > 150 NS 153 > 150 NS 58 Ce Cerium 41 140.115 (4) 6.770 e 799 3424 +3,+4 122 0+ -57.7s 8.7 s (7) EC,EP 123 (5/2) -60.1s 3.8 s EC,EP 124 0+ -64.7s 6 s (2) EC 125 (5/2+) -66.6s 9.0 s (6) EC ,EP 126 0+ -70.7s 50 s (3) EC > 0% 127 -72.0s 32 s (4) EC 128 0+ -75.6s ~ 3 m EC 129 -76.3s 3.5 m (3) EC 130 0+ -79.5s 25 m (2) EC 131 (7/2+) -79.7 10.2 m (3) EC 131m (1/2+) -79.7 5.0 m (10) EC 132 0+ -82.4s 3.51 h (11) EC 132m (8-,9-) -80.1s 13 ms (1) IT 133 9/2- -82.4s 4.9 h (4) EC 133m 1/2+ -82.4s 97 m (4) EC 134 0+ -84.7 3.16 d (4) EC 135 1/2(+) -84.63 17.7 h (2) EC 135m 11/2(-) -84.18 20 s (1) IT *136 0+ -86.49 0.19% (1) 137 3/2+ -85.90 9.0 h (3) EC 137m 11/2- -85.65 34.4 h (3) IT 99.22%,EC 0.78% *138 0+ -87.57 0.25% (1) 138m 7- -85.44 8.65 ms (20) IT 139 3/2+ -86.957 137.640 d (23) EC 139m 11/2- -86.203 54.8 s (10) IT *140 0+ -88.087 88.48% (10) 141 7/2- -85.444 32.501 d (5) B- 142 0+ -84.542 > 5E+16 y 2B- ?% 143 3/2- -81.616 33.039 h (6) B- 144 0+ -80.441 284.893 d (8) B- 145 (3/2-) -77.10 3.01 m (6) B- 146 0+ -75.70 13.52 m (13) B- 147 (5/2-) -72.18 56.4 s (10) B- 148 0+ -70.4 56 s (1) B- 149 -66.80 5.3 s (2) B- 150 0+ -65.0 4.0 s (6) B- 151 -61.5s 1.02 s (6) B- 152 0+ -59.0s 1.4 s (2) B- 153 -55.0s > 150 NS 154 0+ > 150 NS 155 > 150 NS 59 Pr Praseodymium 37 140.90765 (2) (6.64s) 6.773 r 931 3510 +3 121 -42.847C 1.4 s (8) EC 124 -53.0s 1.2 s (2) EC ,EP 126 -60.3s 3.1 s (3) EC > 0%,EP 127 -64.4s 15.1 s CA EC 128 -66.3s 3.1 s (2) EC ,EP 129 -70.0s 24 s (5) EC > 0% 130 -71.4s 40.0 s (4) EC 131 (3/2+) -74.5 1.53 m (5) EC 131m (11/2-) -74.3 5.7 s (2) IT 95%,EC 5% 132 -75.3s 1.6 m (3) EC 133 5/2(+) -78.1s 6.5 m (3) EC 134 2- -78.5s 17 m (2) EC 134m (5-) -78.5s ~ 11 m EC 135 3/2(+) -80.9 24 m (2) EC 136 2+ -81.37 13.1 m (1) EC 137 5/2+ -83.20 1.28 h (3) EC 138 1+ -83.14 1.45 m (5) EC 138m 7- -82.77 2.12 h (4) EC 139 5/2+ -84.828 4.41 h (4) EC 140 1+ -84.699 3.39 m (1) EC *141 5/2+ -86.025 100% 142 2- -83.797 19.12 h (4) B- 99.98%,EC 0.02% 142m 5- -83.793 14.6 m (5) IT 143 7/2+ -83.077 13.57 d (2) B- 144 0- -80.759 17.28 m (5) B- 144m 3- -80.700 7.2 m (3) IT 99.93%,B- 0.07% 145 7/2+ -79.636 5.984 h (10) B- 146 (2)- -76.74 24.15 m (18) B- 147 (3/2+) -75.47 13.4 m (4) B- 148 1- -72.5 2.27 m (4) B- 148m (4) -72.4 2.0 m (1) B- 149 (5/2+) -70.99 2.26 m (7) B- 150 (1)- -68.00 6.19 s (16) B- 151 (3/2-,5/2- -66.79 18.90 s (7) B- 152 (4-) -63.5s 3.63 s (12) B- 153 -61.5s 4.3 s (2) B- 154 (3+,2+) -57.7s 2.3 s (1) B- 60 Nd Neodymium 36 144.24 (3) 7.008 1016 3066 +3 127 -55.4s 1.8 s (4) EC ,EP 128 0+ -60.2s EC 129 (5/2+) -62.2s 4.9 s (2) EC ,EP 130 0+ -66.3s 28 s (3) EC 131 (5/2) -67.9 27 s (2) EC,EP 132 0+ -71.6s 1.75 m (17) EC 133 -72.5s 70 s (10) EC 133m (9/2-) -72.5s < 2 m EC 134 0+ -75.8s 8.5 m (15) EC 135 9/2(-) -76.2s 12.4 m (6) EC 135m -76.2s 5.5 m (5) EC 136 0+ -79.16 50.65 m (33) EC 137 1/2+ -79.51 38.5 m (15) EC 137m 11/2- -78.99 1.60 s (15) IT 138 0+ -82.0s 5.04 h (9) EC 139 3/2+ -82.04 29.7 m (5) EC 139m 11/2- -81.81 5.50 h (20) EC 88.2%,IT 11.8% 140 0+ -84.48 3.37 d (2) EC 140m 7- -82.26 0.60 ms (5) IT 141 3/2+ -84.202 2.49 h (3) EC 141m 11/2- -83.445 62.0 s (8) IT,EC < 0.05% *142 0+ -85.959 27.13% (12) *143 7/2- -84.011 12.18% (6) 144 0+ -83.757 2.29E+15 y (16) A *145 7/2- -81.441 8.30% (6) *146 0+ -80.935 17.19% (9) 147 5/2- -78.156 10.98 d (1) B- *148 0+ -77.417 5.76% (3) 149 5/2- -74.385 1.728 h (1) B- 150 0+ -73.693 > 1.1E19 y 2B- ?% 151 (3/2)+ -70.956 12.44 m (7) B- 152 0+ -70.16 11.4 m (2) B- 153 (1/2:5/2) -67.1s 28.9 s (4) B- 154 0+ -65.6s 25.9 s (2) B- 155 -62.0s 8.9 s (2) B- 156 0+ -60.1s 5.47 s (11) B- 61 Pm Promethium 38 (145) 7.264 e 1042 3000 +3 130 -55.5s 2.2 s (5) EC,EP 132 (3+) -61.7s 6.3 s (7) EC,EP ~5.0E-5% 133 -65.5s 12 s (3) EC 134 (2+) -66.9s ~ 5 s EC 134m (5+) -66.9s 22 s (1) EC 135 (11/2-) -70.1s 40 s (3) EC 136 (2+) -71.3 47 s (2) EC 136 5(+),6- -71.3 107 s (6) EC 137 11/2- -73.9s 2.4 m (1) EC 138 1+ -75.1s 10 s (2) EC 138m (3+) -75.1s 3.24 m (5) EC 138n (5-) -75.1s 3.24 m EC 139 (5/2)+ -77.52 4.15 m (5) EC 139m (11/2)- -77.33 180 ms (20) IT,EC ?% 140 1+ -78.39 9.2 s (2) EC 140m 8- -78.39 5.95 m (5) EC 141 5/2+ -80.49 20.90 m (5) EC 142 1+ -81.09 40.5 s (5) EC 143 5/2+ -82.970 265 d (7) EC 144 5- -81.425 363 d (14) EC 145 5/2+ -81.278 17.7 y (4) EC,A 3E-07% 146 3- -79.463 5.53 y (5) EC 66%,B- 34% 147 7/2+ -79.052 2.6234 y (2) B- 148 1- -76.878 5.370 d (9) B- 148m 6- -76.740 41.29 d (11) B- 95%,IT 5% 149 7/2+ -76.075 53.08 h (5) B- 150 (1-) -73.61 2.68 h (2) B- 151 5/2+ -73.399 28.40 h (4) B- 152 1+ -71.27 4.12 m (8) B- 152m 4- -71.12 7.52 m (8) B- 152n (8) -71.10 13.8 m (2) B- ~100%,IT ~ 0% 153 5/2- -70.67 5.4 m (2) B- 154 (0,1) -68.4 1.73 m (10) B- 154m (3,4) -68.4 2.68 m (7) B- 155 (5/2-) -67.0s 41.5 s (2) B- 156 4(-) -64.22 26.70 s (10) B- 157 (5/2-) -62.2s 10.56 s (10) B- 158 -59.0s 4.8 s (5) B- 62 Sm Samarium 34 150.36 (3)(7.40s) 7.520 r 1072 1790 +2,+3 131 -51.283C 1.2 s (2) EC,EP > 0% 132 0+ -55.973C 4.0 s (3) EC,EP 133 (5/2+) -57.1s 2.9 s (2) EC,EP 134 0+ -61.5s 10 s (1) EC 135 (7/2+) -63.0s 10 s (2) EC,EP 136 0+ -66.8s 47 s (2) EC 137 (9/2-) -67.9s 45 s (1) EC 138 0+ -71.2s 3.1 m (2) EC 139 (1/2)+ -72.1 2.57 m (10) EC 139m (11/2)- -71.6 10.7 s (6) IT 93.7%,EC 6.3% 140 0+ -75.4s 14.82 m (12) EC 141 1/2+ -75.94 10.2 m (2) EC 141m 11/2- -75.77 22.6 m (2) EC 99.69%,IT 0.31% 142 0+ -78.99 72.49 m (5) EC 143 3/2+ -79.527 8.83 m (1) EC 143m 11/2- -78.773 66 s (2) IT 99.76%,EC 0.24% 143n 23/2- -76.732 30 ms (3) IT *144 0+ -81.975 3.1% (1) 145 7/2- -80.661 340 d (3) EC 146 0+ -81.005 10.3E+7 y (5) A 147 7/2- -79.276 1.06E+11 y (2) A 148 0+ -79.346 7E+15 y (3) A 149 7/2- -77.147 > 2E+15 y A ?% *150 0+ -77.061 7.4% (1) 151 5/2- -74.586 90 y (8) B- *152 0+ -74.772 26.7% (2) 153 3/2+ -72.569 46.27 h (1) B- *154 0+ -72.465 22.7% (2) 155 3/2- -70.201 22.3 m (2) B- 156 0+ -69.372 9.4 h (2) B- 157 (3/2-) -66.8 482 s (4) B- 158 0+ -65.3s 5.30 m (3) B- 159 (5/2-) -62.2s 11.37 s (15) B- 160 0+ -60.3s 9.6 s (3) B- 63 Eu Europium 37 151.965 (9) 5.244 e 822 1596 +2,+3 134 -50.615C 0.5 s (2) EC,EP > 0% 135 -54.3s 1.5 s (2) EC 136 (7+) -56.4s 3.3 s (3) EC,EP 0.09% 136 (3+) -56.4s 3.7 s (3) EC,EP 0.09% 137 (11/2-) -60.4s 11 s (2) EC 138 (6-) -62.0s 12.1 s (6) EC 139 (11/2)- -65.4s 17.9 s (6) EC 140 1+ -67.0s 1.51 s (2) EC 140m (5-) -66.8s 125 ms (2) IT,EC < 1% 141 5/2+ -70.4 41.4 s (7) EC 141m 11/2- -70.3 2.7 s (3) IT 87%,EC 13% 142 1+ -71.63 2.4 s (2) EC 142m 8- -71.63 1.22 m (2) EC 143 5/2+ -74.36 2.57 m (3) EC 144 1+ -75.65 10.2 s (3) EC 145 5/2+ -78.001 5.93 d (4) EC 146 4- -77.127 4.59 d (3) EC 147 5/2+ -77.555 24.1 d (6) EC,A 2.2E-3% 148 5- -76.24 54.5 d (5) EC,A 9.4E-7% 149 5/2+ -76.454 93.1 d (4) EC 150 5(-) -74.800 36.9 y (9) EC 150m 0- -74.758 12.8 h (1) B- 89%,EC 11% *151 5/2+ -74.663 47.8% (15) 152 3- -72.898 13.537 y (6) EC 72.1%,B- 27.9% 152m 0- -72.852 9.3116 h (13) B- 72%,EC 28% 152n 8- -72.750 96 m (1) IT *153 5/2+ -73.377 52.2% (15) 154 3- -71.748 8.593 y (4) B- 99.98%,EC 0.02% 154m (8-) -71.603 46.3 m (4) IT 155 5/2+ -71.828 4.7611 y (13) B- 156 0+ -70.094 15.19 d (8) B- 157 5/2+ -69.471 15.18 h (3) B- 158 (1-) -67.21 45.9 m (2) B- 159 5/2+ -66.057 18.1 m (1) B- 160 1(-) -63.4s 38 s (4) B- 161 -61.8s 26 s (3) B- 162 -58.6s 10.6 s (10) B- 64 Gd Gadolinium 31 157.25 (3) 7.901 e 1314 3264 +3 137 -51.6s 7 s (3) EC 139 -57.7s 4.9 s (10) EC ,EP 140 0+ -61.5s 15.8 s (4) EC 141 (1/2+) -63.1s 14 s (4) EC,EP 0.03% 141m (11/2-) -62.8s 24.5 s (5) EC 89%,IT 11% 142 0+ -67.1s 70.2 s (6) EC 143 (1/2)+ -68.4 39 s (2) EC 143m (11/2-) -68.2 112 s (2) EC 144 0+ -71.9s 4.5 m (1) EC 145 1/2+ -72.95 23.0 m (4) EC 145m 11/2- -72.20 85 s (3) IT 94.3%,EC 5.7% 146 0+ -76.097 48.27 d (10) EC 147 7/2- -75.367 38.06 h (12) EC 148 0+ -76.279 74.6 y (30) A 149 7/2- -75.135 9.28 d (10) EC,A 4.3E-4% 150 0+ -75.771 1.79E+6 y (8) A 151 7/2- -74.199 124 d (1) EC,A 1.0E-6% 152 0+ -74.716 1.08E14 y (8) A 153 3/2- -72.892 241.6 d (2) EC *154 0+ -73.716 2.18% (3) *155 3/2- -72.080 14.80% (5) 155m 11/2- -71.959 31.97 ms (27) IT *156 0+ -72.545 20.47% (4) *157 3/2- -70.834 15.65% (3) *158 0+ -70.700 24.84% (12) 159 3/2- -68.572 18.479 h (4) B- *160 0+ -67.952 21.86% (4) 161 5/2- -65.516 3.66 m (5) B- 162 0+ -64.291 8.4 m (2) B- 163 (5/2-) -61.5s 68 s (3) B- 164 0+ -59.7s 45 s (3) B- 65 Tb Terbium 44 158.92534 (2) 8.230 1359 3221 +3 140 5 -51s 2.4 s (2) EC,P 0.26% 141 (5/2-) -54.8s 3.5 s (2) EC 141m -54.8s 7.9 s (6) EC 142 1+ -57.1s 597 ms (17) EC,EP ~3.0E-7% 142m (5-) -56.8s 303 ms (7) EC ,EP ,IT 143 (11/2-) -61.0s 12 s (1) EC 143m (5/2+) -61.0s < 21 s IT 144 (1+) -63.0s ~ 1 s EC 144m (6-) -62.6s 4.25 s (15) IT 66%,EC 34% 145 (1/2+) -66.4 31.6 s (6) EC ?% 145m (11/2-) -66.4 29.5 s (15) EC 146 1+ -68.0 8 s (4) EC 146m 5- -68.0 24.1 s (5) EC 146n (10+) -67.2 1.18 ms (2) 147 (1/2+) -70.76 1.7 h (1) EC 147m (11/2)- -70.70 1.92 m (7) EC 148 2- -70.59 60 m (3) EC 148m 9+ -70.50 2.30 m (10) EC 149 1/2+ -71.499 4.118 h (25) EC 83.3%,A 16.7% 149m 11/2- -71.463 4.16 m (4) EC 99.98%,A 0.02% 150 (2-) -71.115 3.48 h (16) EC,A < 0.05% 150m (9+) -70.645 5.8 m (2) EC ~100% 151 1/2(+) -71.633 17.609 h (1) EC,A 0.0095% 151m (11/2-) -71.533 25 s (3) IT 93.8%,EC 6.2% 152 2- -70.73 17.5 h (1) EC,A <7.0E-7% 152m 8+ -70.22 4.2 m (1) IT 78.8%,EC 21.2% 153 5/2+ -71.322 2.34 d (1) EC 154 0 -70.15 21.5 h (4) EC,B- < 0.1% 154m 3- -70.15 9.4 h (4) EC 78.2%,IT 21.8% 154n 7- -70.15 22.7 h (5) EC 98.2%,IT 1.8% 155 3/2+ -71.26 5.32 d (6) EC 156 3- -70.101 5.35 d (10) EC,B- 156m (7-) -70.051 24.4 h (10) IT 156n (0+) -70.013 5.3 h (2) EC ,IT 157 3/2+ -70.774 99 y (10) EC 158 3- -69.480 180 y (11) EC 83.4%,B- 16.6% 158m 0- -69.370 10.70 s (17) IT,B- < 0.6% *159 3/2+ -69.542 100% 160 3- -67.846 72.3 d (2) B- 161 3/2+ -67.472 6.88 d (3) B- 162 1- -65.68 7.60 m (15) B- 163 3/2+ -64.605 19.5 m (3) B- 164 (5+) -62.09 3.0 m (1) B- 165 (3/2+) -60.7s 2.11 m (10) B- 66 Dy Dysprosium 35 162.50 (3) 8.551 e 1411 2561 +3 141 (9/2-) -45.5s 0.9 s (2) EC,EP 142 0+ -50.2s 2.3 s (3) EC,EP ~8.0E-5% 143 -52.2s 3.9 s (4) EC ,EP 144 0+ -56.8s 9.1 s (4) EC,EP 145 (1/2+) -58.7s 10.5 s (15) EC 145m (11/2-) -58.7s 13.6 s (10) EC 146 0+ -62.9 33.2 s (7) EC 146m 10+ -59.9 150 ms (20) IT 147 1/2+ -64.38 40 s (10) EC,EP > 0% 147m 11/2- -63.63 55.7 s (7) EC 65%,IT 35% 148 0+ -67.91 3.1 m (1) EC 149 (7/2-) -67.69 4.20 m (14) EC 149m (27/2-) -65.03 0.490 s (15) IT 99.3%,EC 0.7% 150 0+ -69.321 7.17 m (5) EC 64%,A 36% 151 7/2(-) -68.762 17.9 m (3) EC 94.4%,A 5.6% 152 0+ -70.128 2.38 h (2) EC 99.9%,A 0.1% 153 7/2(-) -69.151 6.4 h (1) EC 99.991%,A 9.4E-3% 154 0+ -70.400 3.0E+6 y (15) A 155 3/2- -69.16 9.9 h (2) EC *156 0+ -70.534 0.06% (1) 157 3/2- -69.432 8.14 h (4) EC 157m 11/2- -69.233 21.6 ms (16) IT *158 0+ -70.417 0.10% (1) 159 3/2- -69.177 144.4 d (2) EC *160 0+ -69.682 2.34% (5) *161 5/2+ -68.065 18.9% (1) *162 0+ -68.190 25.5% (2) *163 5/2- -66.390 24.9% (2) *164 0+ -65.977 28.2% (2) 165 7/2+ -63.621 2.334 h (1) B- 165m 1/2- -63.513 1.257 m (6) IT 97.76%,B- 2.24% 166 0+ -62.593 81.6 h (1) B- 167 (1/2-) -59.94 6.20 m (8) B- 168 0+ -58.5s 8.7 m (3) B- 169 (5/2-) -55.6 39 s (8) B- 67 Ho Holmium 48 164.93032 (2) 8.795 e 1472 2694 +3 144 -45.0s 0.7 s (1) EC ,EP 146 (10+) -52.2s 3.6 s (3) EC,EP 147 (11/2-) -56.2s 5.8 s (4) EC,EP 148 1+ -58.5s 2.2 s (11) EC 148m 6- -58.5s 9.3 s (2) EC,EP 0.08% 149 (11/2-) -61.67 21.1 s (2) EC 149m (1/2+) -61.62 56 s (3) EC 150 2- -62.08s 72 s (4) EC 150m (9)+ -61.28s 23.3 s (3) EC 151 (11/2-) -63.63 35.2 s (1) EC 78%,A 22% 151m (1/2+) -63.59 47.2 s (10) A ~ 80%,EC ?% 152 2- -63.65 161.8 s (3) EC 88%,A 12% 152m 9+ -63.49 50.0 s (4) EC 89.2%,A 10.8% 153 11/2- -65.023 2.02 m (3) EC 99.95%,A 0.05% 153m 1/2+ -64.955 9.3 m (5) EC 99.82%,A 0.18% 154 (2)- -64.648 11.76 m (19) EC 99.98%,A 0.02% 154m 8+ -64.328 3.10 m (14) EC,A <1.0E-3% 155 5/2+ -66.06 48 m (1) EC 156 (5+) -65.5s 56 m (1) EC 156m (2+) -65.4s 9.5 s (15) IT 157 7/2- -66.89 12.6 m (2) EC 158 5+ -66.18 11.3 m (4) EC 158m 2- -66.11 28 m (2) IT > 81%,EC < 19% 158n (9+) -66.00 21.3 m (23) EC ~ 93% 159 7/2- -67.339 33.05 m (11) EC 159m 1/2+ -67.133 8.30 s (8) IT 160 5+ -66.39 25.6 m (3) EC 160m 2- -66.33 5.02 h (5) IT 65%,EC 35% 160n (9+) -66.22 3 s IT 161 7/2- -67.206 2.48 h (5) EC 161m 1/2+ -66.995 6.76 s (7) IT 162 1+ -66.050 15.0 m (10) EC 162m 6- -65.944 67.0 m (7) IT 62%,EC 38% 163 7/2- -66.387 4570 y (25) EC 163m 1/2+ -66.089 1.09 s (3) IT 164 1+ -64.990 29 m (1) EC 60%,B- 40% 164m 6- -64.850 37.5 m (+15-5) IT *165 7/2- -64.907 100% 166 0- -63.080 26.763 h (4) B- 166m (7)- -63.074 1.20E3 y (18) B- 167 7/2- -62.292 3.1 h (1) B- 168 3+ -60.08 2.99 m (7) B- 168m (6+) -60.03 132 s (4) IT >= 99.5%,B- <= 0.5% 169 7/2- -58.81 4.7 m (1) B- 170 (6+) -56.25 2.76 m (5) B- 170m (1+) -56.13 43 s (2) B- 171 (7/2-) -54.5 53 s (2) B- 172 -51.709C 25 s (3) B- 68 Er Erbium 34 167.26 (3) 9.066 e 1529 2862 +3 146 0+ -44.8s 1.7 s (6) EC ,EP > 0% 147 (11/2-) -47.1s 2.5 s (2) EC,EP > 0% 147m (1/2+) -47.1s ~ 2.5 s EC,EP > 0% 148 0+ -51.8s 4.6 s (2) EC 149 (1/2+) -53.9s 4 s (2) EC,EP 7% 149m (11/2-) -53.2s 8.9 s (2) EC 96.5%,IT 3.5% 150 0+ -58.0s 18.5 s (7) EC 151 (7/2-) -58.4s 23.5 s (13) EC 151m (27/2-) -55.8s 0.58 s (2) IT 95.3%,EC 4.7% 152 0+ -60.55 10.3 s (1) A 90%,EC 10% 153 (7/2-) -60.46 37.1 s (2) A 53%,EC 47% 154 0+ -62.617 3.73 m (9) EC 99.53%,A 0.47% 155 7/2- -62.22 5.3 m (3) EC 99.98%,A 0.02% 156 0+ -64.1s 19.5 m (10) EC,A 5E-06% 157 3/2- -63.42 18.65 m (10) EC ~100%,A < 0.02% 157m (9/2+) -63.27 76 ms (6) IT 158 0+ -65.3s 2.29 h (6) EC 159 3/2- -64.571 36 m (1) EC 160 0+ -66.06 28.58 h (9) EC 161 3/2- -65.203 3.21 h (3) EC *162 0+ -66.346 0.14% (1) 163 5/2- -65.177 75.0 m (4) EC *164 0+ -65.952 1.61% (2) 165 5/2- -64.531 10.36 h (4) EC *166 0+ -64.934 33.6% (2) *167 7/2+ -63.299 22.95% (15) 167m 1/2- -63.091 2.269 s (6) IT *168 0+ -62.999 26.8% (2) 169 1/2- -60.931 9.40 d (2) B- *170 0+ -60.118 14.9% (2) 171 5/2- -57.728 7.516 h (2) B- 172 0+ -56.493 49.3 h (3) B- 173 (7/2-) -53.7s 1.4 m (1) B- 174 0+ -52.1s 3.3 m (2) B- 69 Tm Thulium 44 168.93421 (2) 9.321 e 1545 1946 +3 146 (5-,6-) -30.8s 62 ms (+19-14) P 146m (10+) -30.8s 206 ms (25) P 147 (11/2-) -36.4s 0.559 s (26) EC ~ 90%,P ~ 10% 147m -36.4s 0.39 ms (8) P 148n (10+) -39.8s 0.7 s (2) EC 149 (11/2-) -44.4s 0.9 s (2) EC,EP 0.2% 150 (6-) -47.1s 2.2 s (2) EC 150m (10+) -46.5s 5.2 ms (3) IT 151 (11/2-) -50.9s 4.17 s (10) EC 151m (1/2+) -50.9s 6.6 s (14) EC 152 (2-) -51.9s 8.0 s (10) EC 152m (9)+ -51.9s 5.2 s (6) EC 153 (11/2-) -54.00 1.48 s (1) A 91%,EC 9% 153m (1/2+) -53.96 2.5 s (2) A 95%,EC 5% 154 (2-) -54.6s 8.1 s (3) EC 56%,A 44% 154m (9+) -54.6s 3.30 s (7) A 90%,EC 10%,IT 155 (11/2-) -56.64 21.6 s (2) EC 98.1%,A 1.9% 155m (1/2+) -56.60 45 s (3) EC > 92%,A < 8% 156 2- -56.89 83.8 s (18) EC 99.94%,A 0.06% 156m -56.89 19 s (3) A ?% 157 1/2+ -58.9 3.63 m (9) EC 158 2- -58.8s 3.98 m (6) EC 159 5/2+ -60.7 9.13 m (16) EC 160 1- -60.2 9.4 m (3) EC 160m 5 -60.1 74.5 s (15) IT 85%,EC 15% 161 7/2+ -62.04 30.2 m (8) EC 162 1- -61.54 21.70 m (19) EC 162m 5+ -61.47 24.3 s (17) IT 82%,EC 18% 163 1/2+ -62.738 1.810 h (5) EC 164 1+ -61.99 2.0 m (1) EC 164 6- -61.99 5.1 m (1) IT ~ 80%,EC ~ 20% 165 1/2+ -62.939 30.06 h (3) EC 166 2+ -61.89 7.70 h (3) EC 167 1/2+ -62.551 9.25 d (2) EC 168 3+ -61.320 93.1 d (2) EC 99.99%,B- 0.01% *169 1/2+ -61.282 100% 170 1- -59.804 128.6 d (3) B- 99.85%,EC 0.15% 171 1/2+ -59.219 1.92 y (1) B- 172 2- -57.383 63.6 h (2) B- 173 (1/2+) -56.262 8.24 h (8) B- 174 (4)- -53.87 5.4 m (1) B- 175 (1/2+,3/2+ -52.32 15.2 m (5) B- 176 (4+) -49.6s 1.9 m (1) B- 177 (1/2+) -47.8s 85 s (+10-15) B- 70 Yb Ytterbium 34 173.04 (3) 6.903 r 824 1194 +2,+3 151 (1/2+) -41.7s 1.6 s (1) EC,EP 151m (11/2-) -41.7s 1.6 s (1) EC,EP 152 0+ -46.4s 3.04 s (6) EC,EP 153 (7/2-) -47.3s 4.2 s (1) A 50%,EC 50% 154 0+ -50.1s 0.404 s (14) A 92.8%,EC 7.2% 155 (7/2-) -50.7s 1.75 s (5) A 89%,EC 11% 156 0+ -53.31 26.1 s (7) EC 90%,A 10% 157 7/2- -53.41 38.6 s (10) EC 99.5%,A 0.5% 158 0+ -56.021 1.49 m (13) EC,A ~2.1E-3% 159 5/2(-) -55.7 1.58 m (14) EC 160 0+ -58.2s 4.8 m (2) EC 161 3/2- -57.9s 4.2 m (2) EC 162 0+ -59.8s 18.87 m (19) EC 163 3/2- -59.4 11.05 m (25) EC 164 0+ -61.0s 75.8 m (17) EC 165 5/2- -60.18 9.9 m (3) EC 166 0+ -61.591 56.7 h (1) EC 167 5/2- -60.596 17.5 m (2) EC *168 0+ -61.577 0.13% (1) 169 7/2+ -60.373 32.026 d (5) EC 169m 1/2- -60.349 46 s (2) IT *170 0+ -60.772 3.05% (6) *171 1/2- -59.315 14.3% (2) *172 0+ -59.264 21.9% (3) *173 5/2- -57.560 16.12% (21) *174 0+ -56.953 31.8% (4) 175 7/2- -54.704 4.185 d (1) B- *176 0+ -53.497 12.7% (2) 176m (8-) -52.447 11.4 s (3) IT >= 90%,B- < 10% 177 (9/2+) -50.992 1.911 h (3) B- 177m (1/2-) -50.661 6.41 s (3) IT 178 0+ -49.70 74 m (3) B- 179 (1/2-) -46.7s 8.0 m (4) B- 180 0+ -44.688C 2.4 m (5) B- 71 Lu Lutetium 57 174.967 9.841 e 1663 3393 +3 150 -25.1s 35 ms (10) P 80% 151 (11/2-) -30.7s 90 ms (10) P 70% 152 (5-,6-) -34.1s 0.7 s (1) EC,EP 15% 153 (11/2-) -38.5s P ?% 154m (7+) -40.0s 1.12 s (8) EC ~100% 155 (1/2+,3/2+ -42.7s 140 ms (20) A ,EC 155m (11/2-) -42.7s 68 ms (5) A 79%,EC 21% 155n (25/2-) -40.9s 2.60 ms (7) A ~100% 156m -43.9s 0.179 s (13) A >= 75%,EC <= 25% 156n -43.9s 0.73 s (15) A ~ 95%,EC ~ 5% 157 (1/2+,3/2+ -46.48 7.4 s (14) A ?%,EC ?% 157m (11/2-) -46.45 5.0 s (4) EC 94%,A 6% 158 -47.3s 10.4 s (1) EC 99.09%,A 0.91% 159 -49.68 12.1 s (10) EC,A 0.04% 160 -50.3s 36.1 s (3) EC,A <=1.0E-4% 160m -50.3s 40 s (1) EC,A ?% 161 (5/2+) -52.6s 72 s EC 161m (9/2-) -52.5s 7.3 ms (4) IT 162 (1-) -52.6s 1.37 m (2) EC 162m (4-) -52.6s 1.5 m EC 162n -52.6s 1.9 m EC 163 (1/2-) -54.8 238 s (8) EC 164 -54.7s 3.14 m (3) EC 165 (7/2+) -56.26 10.74 m (10) EC 165? 1/2+ -56.26 12 m 166 (6-) -56.1 2.65 m (10) EC 166m (3-) -56.1 1.41 m (10) EC 58%,IT 42% 166n (0-) -56.1 2.12 m (10) EC > 80%,IT < 20% 167 7/2+ -57.5 51.5 m (10) EC 168 (6-) -57.10 5.5 m (1) EC 168m 3+ -56.88 6.7 m (4) EC > 95%,IT < 5% 169 7/2+ -58.08 34.06 h (5) EC 169m 1/2- -58.051 160 s (10) IT 170 0+ -57.31 2.00 d (3) EC 170m (4)- -57.22 0.67 s (10) IT 171 7/2+ -57.836 8.24 d (3) EC 171m 1/2- -57.765 79 s (2) IT 172 4- -56.744 6.70 d (3) EC 172m 1- -56.702 3.7 m (5) IT 173 7/2+ -56.889 1.37 y (1) EC 174 (1)- -55.579 3.31 y (5) EC 174m (6)- -55.408 142 d (2) IT 99.38%,EC 0.62% *175 7/2+ -55.174 97.41% (2) 176 7- -53.391 3.73E10 y (5) B- 176m 1- -53.268 3.6832 h (7) B- 99.91%,EC 0.1% 177 7/2+ -52.392 6.734 d (12) B- 177m 23/2- -51.422 160.4 d (3) B- 78.3%,IT 21.7% 178 1(+) -50.346 28.4 m (2) B- 178m (9-) -50.226 23.1 m (3) B- 179 7/2(+) -49.067 4.59 h (6) B- 179m 1/2(+) -48.475 3.1 ms (9) IT 180 (3)+ -46.69 5.7 m (1) B- 181 (7/2+) -44.9s 3.5 m (3) B- 182 (0,1,2) -41.603C 2.0 m (2) B- 183 (7/2+) -39.755C 58 s (4) B- 184 high -36.088C 20 s (3) B- 184m low -36.088C ? B- 72 Hf Hafnium 41 178.49 (2) 13.31 c 2233 4603 +4 154 0+ -33.3s 2 s (1) EC ~100%,A ~ 0% 155 -34.7s 0.89 s (12) EC,A 156 0+ -38.0s 25 ms (4) A >= 81% 157 -39.0s 110 ms (6) A 86%,EC 14% 158 0+ -42.2s 2.86 s (18) EC 56%,A 44% 159 -43.0s 5.6 s (4) EC 59%,A 41% 160 0+ -45.98 13.0 s (15) EC 97.7%,A 2.3% 161 -46.27 16.8 s (8) EC >= 99.71%,A <= 0.29% 162 0+ -49.18 37.6 s (8) EC 99.99%,A 6.3E-3% 163 -49.3s 40.0 s (6) EC 164 0+ -51.8s 111 s (8) EC 165 (5/2-) -51.7s 76 s (4) EC 166 0+ -53.8s 6.77 m (30) EC 167 (5/2-) -53.5s 2.05 m (5) EC 168 0+ -55.3s 25.95 m (20) EC 169 (5/2)- -54.81 3.24 m (4) EC 170 0+ -56.2s 16.01 h (13) EC 171 (7/2+) -55.4s 12.1 h (4) EC 172 0+ -56.39 1.87 y (3) EC 173 1/2- -55.3s 23.6 h (1) EC 174 0+ -55.851 2.0E15 y (4) A 175 5/2- -54.488 70 d (2) EC *176 0+ -54.582 5.206% (5) *177 7/2- -52.890 18.606% (4) 177m 23/2+ -51.575 1.08 s (6) IT 177n 37/2- -50.150 51.4 m (5) IT *178 0+ -52.445 27.297% (4) 178m 8- -51.298 4.0 s (2) IT 178n 16+ -49.999 31 y (1) IT *179 9/2+ -50.473 13.629% (6) 179m 1/2- -50.098 18.67 s (4) IT 179n 25/2- -49.367 25.05 d (25) IT *180 0+ -49.79 35.100% (7) 180m 8- -48.649 5.5 h (1) IT 99.7%,B- 0.3% 181 1/2- -47.414 42.39 d (6) B- 182 0+ -46.060 9E+6 y (2) B- 182m 8- -44.887 61.5 m (15) B- 58%,IT 42% 183 (3/2-) -43.29 1.067 h (17) B- 184 0+ -41.50 4.12 h (5) B- 184m 8- -41.50 48 s (10) B- 185 -38.164C 3.5 m (6) B- 73 Ta Tantalum 38 180.9479 16.654 3017 5458 +5 156 (2-) -26.4s 0.11 s (+6-3) EC 50%,P 50% 157 -29.7s 5.3 ms (18) A > 77% 158 -31.3s 36.8 ms (16) A 93%,EC 7% 159 -34.5s 0.57 s (18) A 80%,EC 20% 160 -35.9s 1.5 s (2) EC 66%,A 34% 161 -38.77 3.00 s (15) EC ~ 95%,A ~ 5% 162 -39.9s 3.60 s (15) EC 99.92%,A 0.08% 163 -42.51 11.0 s (8) EC ~ 99.72%,A ~ 0.28% 164 (3+) -43.2s 14.2 s (3) EC 165 -45.8s 31.0 s (15) EC 166 (2)+ -46.1s 31.5 s (20) EC 167 -48.5s 1.33 m (7) EC 168 (2-,3+) -48.6s 2.0 m (1) EC 169 (5/2-) -50.4s 4.9 m (4) EC 170 (3+) -50.2s 6.76 m (6) EC 171 (5/2-) -51.7s 23.3 m (3) EC 172 (3+) -51.5 36.8 m (3) EC 173 5/2- -52.5s 3.14 h (13) EC 174 3(+) -52.01 1.05 h (3) EC 175 7/2+ -52.5s 10.5 h (2) EC 176 (1)- -51.47 8.09 h (5) EC 177 7/2+ -51.724 56.56 h (6) EC 178 1+ -50.5 9.31 m (3) EC 178 (7)- -50.5 2.36 h (8) EC 178m (15-) -49.1 60 ms (5) IT 179 7/2+ -50.362 1.82 y (3) EC 179m (25/2+) -49.044 9.0 ms (2) IT 179n (37/2+) -47.721 52 ms (3) IT 180 1+ -48.936 8.152 h (6) EC 86%,B- 14% 180m 9- -48.861 > 1.2E+15 y B- ?%,EC ?% *181 7/2+ -48.441 99.988% (2) 182 3- -46.433 114.43 d (3) B- 182m 5+ -46.417 283 ms (3) IT 182n 10- -45.913 15.84 m (10) IT 183 7/2+ -45.296 5.1 d (1) B- 184 (5-) -42.84 8.7 h (1) B- 185 (7/2+) -41.40 49.4 m (15) B- 186 2,3 -38.61 10.5 m (5) B- 74 W Tungsten 37 183.84 19.3 c 3422 5555 +6 158 0+ -24.3s 0.9 ms (3) A 159 -25.8s 7.3 ms (27) A ~ 99.5%,EC ~ 0.5% 160 0+ -29.5s 81 ms (15) A >= 54% 161 -30.7s 410 ms (40) A ~ 82%,EC ~ 18% 162 0+ -34.1s 1.39 s (4) EC 53%,A 47% 163 -35.1s 2.75 s (25) EC 59%,A 41% 164 0+ -38.28 6.4 s (8) EC 97.4%,A 2.6% 165 -38.81 5.1 s (5) EC,A < 0.2% 166 0+ -41.90 18.8 s (4) EC 99.97%,A 0.04% 167 -42.2s 19.9 s (5) A ,EC 168 0+ -44.8s 51 s (2) EC ~100%,A 3.2E-3% 169 (5/2-) -44.9s 80 s (6) EC 170 0+ -47.2s 2.42 m (4) EC 171 (5/2-) -47.2s 2.38 m (4) EC 172 0+ -49.0s 6.6 m (9) EC 173 5/2- -48.5s 7.6 m (2) EC 174 0+ -50.2s 31 m (1) EC 175 (1/2-) -49.6s 35.2 m (6) EC 176 0+ -50.7s 2.5 h (1) EC 177 (1/2-) -49.7s 135 m (3) EC 178 0+ -50.4 21.6 d (3) EC 179 (7/2)- -49.30 37.05 m (16) EC 179m (1/2)- -49.08 6.40 m (7) IT 99.72%,EC 0.28% *180 0+ -49.644 0.120% (1) 180m 8- -48.115 5.47 ms (9) IT 181 9/2+ -48.253 121.2 d (2) EC *182 0+ -48.246 26.498% (29) 183 1/2- -46.366 > 1.1E+17 y 183m 11/2+ -46.057 5.2 s (3) IT 184 0+ -45.706 > 3E+17 y A ?% 185 3/2- -43.389 75.1 d (3) B- 185m 11/2+ -43.192 1.67 m (3) IT *186 0+ -42.512 28.426% (37) 187 3/2- -39.907 23.72 h (6) B- 188 0+ -38.669 69.4 d (5) B- 189 (3/2-) -35.5 11.5 m (3) B- 190 0+ -34.3 30.0 m (15) B- 75 Re Rhenium 43 186.207 21.02 c 3186 5596 +4,+6,+7 160 -17.2s 0.64 ms (8) P 89%,A 11% 161 -20.8s 15 ms (4) A ~100% 162 -22.6s 0.10 s (3) EC < 97%,A > 3% 163 -26.0s 260 ms (40) A 64%,EC 36% 164 -27.5s 0.88 s (24) A ~ 58%,EC ~ 42% 165 -30.69 2.4 s (6) EC 87%,A 13% 166 -31.9s 2.8 s (3) A 167 (1/2) -34.8s 3.4 s (4) A ~100% 167 (1/2) -34.8s 6.2 s (5) EC ~ 99%,A ~ 1% 168 (5+,6+,7+) -35.8s 4.4 s (1) EC ~100%,A ~5.0E-3% 169 -38.4s 8.1 s (5) EC ~100%,A ~1.0E-4% 169m -38.4s 16.3 s (8) A ~100% 170 (5+) -39.0s 9.2 s (2) EC 171 (9/2-) -41.5s 15.2 s (4) EC 172m (5) -41.6s 15 s (3) EC 172n (2) -41.6s 55 s (5) EC 173 (5/2-) -43.7s 1.98 m (26) EC 174 -43.7s 2.40 m (4) EC 175 (5/2-) -45.3s 5.89 m (5) EC 176 3(+) -45.1s 5.3 m (3) EC 177 (5/2-) -46.3s 14 m (1) EC 178 (3+) -45.8 13.2 m (2) EC 179 (5/2)+ -46.59 19.5 m (1) EC 180 (1)- -45.84 2.44 m (6) EC 181 5/2+ -46.51 19.9 h (7) EC 182 7+ -45.4 64.0 h (5) EC 182m 2+ -45.4 12.7 h (2) EC 183 5/2+ -45.810 70.0 d (14) EC 183m (25/2)+ -43.903 1.04 ms (5) IT 184 3(-) -44.224 38.0 d (5) EC 184m 8(+) -44.036 169 d (8) IT 75.4%,EC 24.6% *185 5/2+ -43.822 37.40% (2) 186 1- -41.930 89.25 h (7) B- 93.1% 186 1- -41.930 90.64 h (9) EC 6.9% 186m (8+) -41.781 2.0E+5 y (5) IT,B- < 10% 187 5/2+ -41.218 4.35E10 y (13) B-,A <1.0E-4% 188 1- -39.018 17.021 h (25) B- 188m (6)- -38.846 18.59 m (4) IT 189 5/2+ -37.979 24.3 h (4) B- 190 (2)- -35.6 3.1 m (3) B- 190m (6-) -35.4 3.2 h (2) B- 54.4%,IT 45.6% 191 (3/2+,1/2+ -34.35 9.8 m (5) B- 192 -31.7s 16 s (1) B- 76 Os Osmium 41 190.23 (3) 22.57 3033 5012 +3,+4 162 0+ -15.1s 1.9 ms (7) A 163 -16.7s ? A ,EC 164 0+ -20.6s 41 ms (20) A ~ 98%,EC ~ 2% 165 -21.9s 73 ms (8) A > 60%,EC < 40% 166 0+ -25.6s 194 ms (17) A 72%,EC 18% 167 -26.7s 0.83 s (12) A 67%,EC 33% 168 0+ -30.04 2.2 s (1) EC 51%,A 49% 169 -30.7 3.4 s (2) EC 89%,A 11% 170 0+ -33.93 7.1 s (2) EC 88%,A 12% 171 (5/2-) -34.4s 8.0 s (7) EC 98.3%,A 1.7% 172 0+ -37.2s 19.2 s (5) EC 99.8%,A 0.2% 173 (5/2-) -37.5s 16 s (5) EC 99.98%,A 0.02% 174 0+ -39.9s 44 s (4) EC 99.98%,A 0.02% 175 (5/2-) -40.0s 1.4 m (1) EC 176 0+ -41.9s 3.6 m (5) EC 177 (1/2-) -41.9s 2.8 m (3) EC 178 0+ -43.4 5.0 m (4) EC 179 (1/2-) -42.9s 6.5 m (3) EC 180 0+ -44.4s 21.5 m (4) EC 181 1/2- -43.6s 105 m (3) EC 181m (7/2)- -43.5s 2.7 m (1) EC 182 0+ -44.54 22.10 h (25) EC 183 9/2+ -43.7s 13.0 h (5) EC 183m 1/2- -43.5s 9.9 h (3) EC 85%,IT 15% 184 0+ -44.255 > 5.6E13 y 185 1/2- -42.809 93.6 d (5) EC 186 0+ -43.000 2.0E+15 y (11) A *187 1/2- -41.221 1.6% (1) *188 0+ -41.139 13.3% (2) *189 3/2- -38.988 16.1% (3) 189m 9/2- -38.957 5.8 h (1) IT *190 0+ -38.708 26.4% (4) 190m (10)- -37.003 9.9 m (1) IT 191 9/2- -36.396 15.4 d (1) B- 191m 3/2- -36.322 13.10 h (5) IT *192 0+ -35.882 41.0% (3) 192m (10-) -33.867 5.9 s (1) IT > 87%,B- < 13% 193 3/2- -33.396 30.11 h (1) B- 194 0+ -32.436 6.0 y (2) B- 195 -29.7 6.5 m B- 196 0+ -28.30 34.9 m (2) B- 77 Ir Iridium 52 192.217 (3) (17C) 22.42 2446 4428 +3,+4 166 -13.5s > 5 ms A 99% 167 -17.1s > 5 ms A,P 168 -18.7s ? A 169 -21.99 0.4 s (1) A ~100%,EC ,P 170 -23.3s 1.05 s (15) A 75%,EC 25% 171 -26.3s 1.5 s (1) A ~100%,EC ,P 172 (3+) -27.3s 4.4 s (3) EC 98%,A ~ 2% 172m (7+) -27.2s 2.0 s (1) EC 77%,A 23% 173n (3/2+,5/2+ -30.1s 9.0 s (8) EC > 93%,A < 7% 173m (11/2-) -30.1s 2.20 s (5) EC 88%,A 12% 174 (3+) -30.9s 9 s (2) EC 99.6%,A 0.4% 174m (7+) -30.7s 4.9 s (3) EC 97.48%,A 00.52% 175 (5/2-) -33.4s 9 s (2) EC 99.15%,A 0.85% 176 -34.0s 8 s (1) EC 97.9%,A 2.1% 177 (5/2-) -36.2s 30 s (2) EC 99.94%,A 0.06% 178 -36.3s 12 s (2) EC 179 (5/2)- -38.1s 79 s (1) EC 180 -38.0s 1.5 m (1) EC 181 (5/2)- -39.5s 4.90 m (15) EC 182 (5+) -38.9 15 m (1) EC 183 5/2- -40.2s 57 m (4) EC 184 5- -39.7 3.09 h (3) EC 185 5/2- -40.4s 14.4 h (1) EC 186 5+ -39.17 16.64 h (3) EC 186m 2- -39.17 2.0 h (1) EC,IT > 0% 187 3/2+ -39.718 10.5 h (3) EC 187m 9/2- -39.532 30.3 ms (6) IT 188 1- -38.329 41.5 h (5) EC 188m -38.329 4.2 ms (2) IT 189 3/2+ -38.46 13.2 d (1) EC 189m 11/2- -38.08 13.3 ms (3) IT 189n (25/2+) -36.12 3.7 ms (2) IT 190 (4)+ -36.7 11.78 d (10) EC 190m (7)+ -36.7 1.2 h IT 190n (11)- -36.5 3.25 h (20) EC 94.4%,IT 5.6% *191 3/2+ -36.71 37.3% (5) 191m 11/2- -36.539 4.94 s (3) IT 191n -34.663 5.5 s (7) IT 192 4(+) -34.836 73.830 d (18) B- 95.24%,EC 4.76% 192m 1(-) -34.779 1.45 m (5) IT 99.98%,B- 0.02% 192n (9) -34.681 241 y (9) IT *193 3/2+ -34.537 62.7% (5) 193m 11/2- -34.457 10.53 d (4) IT 194 1- -32.532 19.15 h (3) B- 194m (10,11) -32.342 171 d (11) B- 195 3/2+ -31.693 2.5 h (2) B- 195m 11/2- -31.593 3.8 h (2) B- 95%,IT 5% 196 (0-) -29.45 52 s (1) B- 196m (10,11-) -29.04 1.40 h (2) B- ~100%,IT < 0.3% 197 3/2+ -28.28 5.8 m (5) B- 197m 11/2- -28.17 8.9 m (3) B- 99.75%,IT 0.25% 198 -25.8s 8 s (1) B- 78 Pt Platinum 42 195.08 (3) 21.45 c 1768.4 3825 +2,+4 168 0+ -11.1s ? A 169 -12.6s 2.5 ms (+25-10) A 170 0+ -16.5s 6 ms (+5-2) A 171 -17.6s 25 ms (9) A ~ 99%,EC ~ 1% 172 0+ -21.15 0.104 s (7) A 94%,EC 6% 173 -21.9 342 ms (18) A 84%,EC 16% 174 0+ -25.32 0.90 s (1) A 83%,EC 17% 175 -25.8s 2.52 s (8) A 64%,EC 36% 176 0+ -28.9s 6.33 s (15) EC 62%,A 38% 177 (5/2-) -29.4s 11 s (1) EC 94.4%,A 5.6% 178 0+ -31.9s 21.1 s (6) EC 92.3%,A 7.7% 179 1/2- -32.3s 21.2 s (4) EC 99.76%,A 0.24% 180 0+ -34.3s 52 s (3) EC,A ~ 0.3% 181 1/2- -34.3s 51 s (5) EC,A ~ 0.06% 182 0+ -36.1 2.2 m (1) EC 99.96%,A 0.04% 183 1/2- -35.7s 6.5 m (10) EC,A ~1.3E-3% 183m (7/2)- -35.6s 43 s (5) EC,A <4.0E-4% 184 0+ -37.4s 17.3 m (2) EC,A ~0.001% 184m 8- -35.5s 1.01 ms (5) IT 185 9/2+ -36.6s 70.9 m (24) EC,A ?% 185m 1/2- -36.5s 33.0 m (8) EC > 98%,IT < 2% 186 0+ -37.79 2.0 h (1) EC,A ~1.4E-4% 187 3/2- -36.6s 2.35 h (3) EC 188 0+ -37.823 10.2 d (3) EC,A 2.6E-5% 189 3/2- -36.49 10.87 h (12) EC 190 0+ -37.325 6.5E11 y (3) A 191 3/2- -35.691 2.96 d (4) EC *192 0+ -36.296 0.79% (6) 193 1/2- -34.480 50 y (9) EC 193m 13/2+ -34.330 4.33 d (3) IT *194 0+ -34.779 32.9% (6) *195 1/2- -32.813 33.8% (6) 195m 13/2+ -32.554 4.02 d (1) IT *196 0+ -32.664 25.3% (6) 197 1/2- -30.439 19.8915 h (19) B- 197m 13/2+ -30.039 95.41 m (18) IT 96.7%,B- 3.3% *198 0+ -29.924 7.2% (2) 199 5/2- -27.409 30.80 m (21) B- 199m (13/2)+ -26.985 13.6 s (4) IT 200 0+ -26.62 12.5 h (3) B- 201 (5/2-) -23.74 2.5 m (1) B- 202 0+ 44 h (15) B- 79 Au Gold 52 196.96655 (2) ~19.3 c 1064.18 2856 +1,+3 171 A ,P 172 -9.2s 4 ms (1) A,P < 2% 173 -12.7 59 ms (+45-18) A 174 -14.0s 120 ms (20) A >0% 175 -17.1s 200 ms (22) A 94%,EC 6% 176 -18.4s 1.25 s (30) A ,EC 177 -21.2s 1.18 s (7) EC >= 60%,A <= 40% 178 -22.4s 2.6 s (5) EC <= 60%,A >= 40% 179 -24.9s 7.1 s (3) EC 78%,A 22% 180 -25.7s 8.1 s (3) EC <= 98.2%,A >= 1.8% 181 5/2- -28.0s 11.4 s (5) EC 98.5%,A 1.5% 182 -28.3s 15.6 s (4) EC 99.87%,A 0.13% 183 (5/2)- -30.2s 42.0 s (12) EC 99.64%,A 0.36% 184 5+ -30.2s 12.0 s (2) EC 184m 2+ -30.2s 53.0 s (14) EC 99.98%,A 0.02% 185 5/2- -31.9s 4.25 m (6) EC 99.74%,A 0.26% 185m -31.9s 6.8 m (3) EC,IT 186 3- -31.7 10.7 m (5) EC 187 1/2+ -33.0s 8.4 m (3) EC,A 3.0E-3% 187m 9/2- -32.9s 2.3 s (1) IT 188 1(-) -32.52s 8.84 m (6) EC 189 1/2+ -33.6s 28.7 m (3) EC,A <3.0E-5% 189m 11/2- -33.4s 4.59 m (11) EC,IT > 0% 190 1- -32.88 42.8 m (10) EC,A <1.0E-6% 190m (11-) -32.88 125 ms (20) IT ?% 191 3/2+ -33.86 3.18 h (8) EC 191m (11/2-) -33.59 0.92 s (11) IT 192 1- -32.78 4.94 h (9) EC 192m (11-) -32.78 160 ms (20) IT ?% 193 3/2+ -33.412 17.65 h (15) EC 193m 11/2- -33.122 3.9 s (3) IT 99.97%,EC ~ 0.03% 194 1- -32.29 38.02 h (10) EC 194m (5+) -32.18 600 ms (8) IT 194n (11-) -31.81 420 ms (10) IT 195 3/2+ -32.586 186.10 d (5) EC 195m 11/2- -32.267 30.5 s (2) IT 196 2- -31.158 6.183 d (10) EC 92.5%,B- 7.5% 196m 5+ -31.073 8.1 s (2) IT 196n 12- -30.562 9.7 h (1) IT *197 3/2+ -31.158 100% 197m 11/2- -30.749 7.73 s (6) IT 198 2- -29.598 2.69517 d (21) B- 198m (12-) -28.786 2.27 d (2) IT 199 3/2+ -29.111 3.139 d (7) B- 199m (11/2)- -28.562 0.44 ms (3) IT 200 1(-) -27.28 48.4 m (3) B- 200m 12- -26.31 18.7 h (5) B- 82%,IT 18% 201 3/2+ -26.40 26 m (1) B- 202 (1-) -24.4 28.8 s (19) B- 203 3/2+ -23.14 60 s (6) B- 204 (2-) -20.9s 39.8 s (9) B- 205 3/2+ 31 s (2) B- 80 Hg Mercury 42 200.59 (2) 13.546 c -38.83 356.73 +1,+2 175 -8.2s 20 ms (+40-13) A 176 0+ -11.80 34 ms (+18-9) A ~100% 177 -12.7 0.130 s (5) A 85%,EC 15% 178 0+ -16.32 0.254 s (19) A ~ 70%,EC ~ 30% 179 -17.0s 1.09 s (4) A ~ 53%,EC ~ 47% 180 0+ -20.2s 3.0 s (2) EC 51%,A 49% 181 1/2(-) -20.7s 3.6 s (3) EC 64%,A 36% 182 0+ -23.5s 10.83 s (6) EC 84.8%,A 15.2% 183 1/2- -23.9s 9.4 s (7) EC 74.5%,A 25.5% 184 0+ -26.2s 30.6 s (3) EC 98.89%,A 1.11% 185 1/2- -26.1s 49.1 s (10) EC 94%,A 6% 185m 13/2+ -26.0s 21.6 s (15) IT 54%,EC 46% 186 0+ -28.4 1.38 m (7) EC 99.98%,A 0.02% 187 13/2+ -28.1s 2.4 m (3) EC,A >1.2E-4% 187m 3/2- -28.1s 1.9 m (3) EC,A >2.5E-4% 188 0+ -30.2s 3.25 m (15) EC,A 3.7E-5% 189 3/2- -29.7s 7.6 m (1) EC,A <3.0E-5% 189m 13/2+ -29.7s 8.6 m (1) EC,A <3.0E-5% 190 0+ -31.4s 20.0 m (5) EC,A <5.0E-5% 191 (3/2-) -30.68 49 m (10) EC 191m 13/2+ -30.68 50.8 m (15) EC 192 0+ -32.1s 4.85 h (20) EC 193 3/2- -31.07 3.80 h (15) EC 193m 13/2+ -30.93 11.8 h (2) EC 92.9%,IT 7.1% 194 0+ -32.25 520 y (32) EC 195 1/2- -31.08 9.9 h (5) EC 195m 13/2+ -30.90 41.6 h (8) IT 54.2%,EC 45.8% *196 0+ -31.844 0.15% (1) 197 1/2- -30.558 64.14 h (5) EC 197m 13/2+ -30.259 23.8 h (1) IT 91.4%,EC 8.6% *198 0+ -30.971 9.97% (8) *199 1/2- -29.564 16.87% (10) 199m 13/2+ -29.032 42.6 m (2) IT *200 0+ -29.520 23.10% (16) *201 3/2- -27.679 13.18% (8) *202 0+ -27.362 29.86% (20) 203 5/2- -25.284 46.612 d (18) B- *204 0+ -24.708 6.87% (4) 205 1/2- -22.304 5.2 m (1) B- 206 0+ -20.96 8.15 m (10) B- 207 (9/2+) -16.3 2.9 m (2) B- 208 0+ 42 m (+23-12) B- 81 Tl Thallium 55 204.3833 (2) 11.85 c 304 1473 +1,+3 177 -2.9s < 1 us 179 -7.8s 0.16 s (+9-4) A ~100% 179m (9/2-) -7.8s 1.4 ms (5) A ~100% 180 -9.1s 1.9 s (9) EF ~1E-04%,A 181 (1/2+) -12.2s 3.4 s (6) EC ?% 182 (7+) -13.4s 3.1 s (10) EC > 96%,A < 4% 183 (1/2+) -16.2s 6.9 s (7) EC > 0% 183m (9/2-) -15.7s 60 ms (15) IT ?%,A <0.01% 184 (2+) -17.0s 11 s (1) EC 97.9%,A 2.1% 185 (1/2+) -19.5s 19.5 s (5) EC 185m (9/2-) -19.0s 1.83 s (12) A ,IT 186 (7+) -20.0s 27.5 s (10) EC,A 6.0E-4% 186m (10-) -19.6s 2.9 s (2) IT 187 (1/2+) -22.2s ~ 51 s EC,A > 0% 187m (9/2-) -21.9s 15.60 s (12) EC,IT,A > 0% 188n (2-) -22.4s 71 s (2) EC 188m (7+) -22.4s 71 s (1) EC 189 (1/2+) -24.5s 2.3 m (2) EC 189m (9/2-) -24.2s 1.4 m (1) EC,IT < 4% 190n (2)- -24.4s 2.6 m (3) EC 190m (7+) -24.4s 3.7 m (3) EC 191 (1/2+) -26.2s ? EC ?% 191m 9/2(-) -25.9s 5.22 m (16) EC 192n (2-) -25.9s 9.6 m (4) EC 192m (7+) -25.9s 10.8 m (2) EC 193 1/2(+) -27.4s 21.6 m (8) EC 193m (9/2-) -27.1s 2.11 m (15) IT 75%,EC 25% 194 2- -27.0s 33.0 m (5) EC,A <1.0E-7% 194m (7+) -27.0s 32.8 m (2) EC 195 1/2+ -28.3s 1.16 h (5) EC 195m 9/2- -27.8s 3.6 s (4) IT 196 2- -27.5s 1.84 h (3) EC 196m (7+) -27.1s 1.41 h (2) EC 95.5%,IT 4.5% 197 1/2+ -28.37 2.84 h (4) EC 197m 9/2- -27.77 0.54 s (1) IT 198 2- -27.51 5.3 h (5) EC 198m 7+ -26.97 1.87 h (3) EC 54%,IT 46% 198n (10-) -26.77 32.1 ms (10) IT 199 1/2+ -28.12 7.42 h (8) EC 199m 9/2- -27.37 28.4 ms (2) IT 200 2- -27.064 26.1 h (1) EC 200m 7+ -26.310 34.3 ms (10) IT 201 1/2+ -27.20 72.912 h (17) EC 201m (9/2-) -26.28 2.035 ms (7) IT 202 2- -26.00 12.23 d (2) EC *203 1/2+ -25.776 29.524% (14) 204 2- -24.360 3.78 y (2) B- 97.1%,EC 2.9% *205 1/2+ -23.835 70.476% (14) 206 0- -22.268 4.199 m (15) B- 206m (12-) -19.625 3.74 m (3) IT 207 1/2+ -21.045 4.77 m (2) B- 207m 11/2- -19.697 1.33 s (11) IT 208 5(+) -16.763 3.053 m (4) B- 209 (1/2+) -13.648 2.20 m (7) B- 210 (5+) -9.26 1.30 m (3) B-,BN 7.0E-3% 82 Pb Lead 47 207.2 11.35 c 327.46 1749 +2,+4 181 (13/2+) -2.9 45 ms (20) A,EC ~ 2% 182 0+ -6.82 55 ms (+40-35) A 183 (1/2-) -7.5s 300 ms (80) A ~94%,EC ~ 6% 184 0+ -11.0s 0.55 s (6) A ,EC ?% 185 -11.6s 4.1 s (3) A 186 0+ -14.6s 4.7 s (1) A 187m -15.0s 15.2 s (3) A ,EC 187n (13/2+) -15.0s 18.3 s (3) EC > 90%,A < 10% 188 0+ -17.6s 25.5 s (1) EC 78%,A 22% 189 -17.8s 51 s (3) EC > 99%,A ~ 0.4% 190 0+ -20.3 1.2 m (1) EC 99.1%,A 0.9% 191 (3/2-) -20.3s 1.33 m (8) EC 99.99%,A 0.01% 191m (13/2+) -20.2s 2.18 m (8) EC,A ~ 0.02% 192 0+ -22.6s 3.5 m (1) EC 99.99%,A 6.2E-3% 193 (3/2-) -22.3s ? EC 193m (13/2+) -22.2s 5.8 m (2) EC 194 0+ -24.2s 12.0 m (5) EC,A 7.3E-6% 195 3/2- -23.8s ~ 15 m EC 195m 13/2+ -23.6s 15.0 m (12) EC 196 0+ -25.4s 37 m (3) EC ~100%,A <=3.0E-5% 197 3/2- -24.8s 8 m (2) EC 197m 13/2+ -24.5s 43 m (1) EC 81%,IT 19% 198 0+ -26.10s 2.40 h (10) EC 199 3/2- -25.24 90 m (10) EC 199m 13/2+ -24.81 12.2 m (3) IT 93%,EC 7% 200 0+ -26.25 21.5 h (4) EC 201 5/2- -25.29 9.33 h (3) EC 201m 13/2+ -24.66 61 s (2) IT > 99%,EC < 1% 202 0+ -25.948 52.5E+3 y (28) EC,A < 1% 202m 9- -23.778 3.53 h (1) IT 90.5%,EC 9.5% 203 5/2- -24.801 51.873 h (9) EC 203m 13/2+ -23.976 6.3 s (2) IT 203n 29/2- -21.852 0.48 s (2) IT 204 0+ -25.124 1.4E+17 y GE A ?% 204m 9- -22.938 67.2 m (3) IT 205 5/2- -23.784 1.53E+7 y (7) EC 205m 13/2+ -22.770 5.54 ms (10) IT *206 0+ -23.801 24.1% (1) *207 1/2- -22.467 22.1% (1) 207m 13/2+ -20.834 0.806 s (6) IT *208 0+ -21.764 52.4% (1) 209 9/2+ -17.628 3.253 h (14) B- 210 0+ -14.742 22.3 y (2) B-,A 1.9E-6% 211 9/2+ -10.496 36.1 m (2) B- 212 0+ -7.557 10.64 h (1) B- 213 (9/2+) -3.17s 10.2 m (3) B- 214 0+ -0.188 26.8 m (9) B- 83 Bi Bismuth 56 208.98038 (2) 9.747 c 271.40 1564 +3,+5 187 (9/2-) -6.1s 35 ms (4) A > 50% 187m (1/2+) -6.0s 0.8 ms (6) A > 50% 188n -7.3s 44 ms (3) A ,EC 188m -7.3s 0.21 s (9) A ,EC 189 (9/2-) -9.8s 680 ms (30) A > 50%,EC < 50% 189m (1/2+) -9.7s 7.0 ms (2) A > 50%,EC < 50% 190n (3+) -10.7s 5.7 s (8) A ~ 90%,EC ~ 10% 190m (10-) -10.7s 5.9 s (6) A 70%,EC 30% 191 (9/2-) -13.0s 12 s (1) A 60%,EC 40% 191m (1/2+) -12.7s 150 ms (15) A 75%,EC <= 25% 192 (3+) -13.6s 34.6 s (9) EC 88%,A 12% 192m (10-) -13.5s 40.6 s (4) EC 90%,A 10% 193 (9/2-) -15.8s 67 s (3) EC 95%,A 5% 193m (1/2+) -15.5s 3.2 s (7) A 90%,EC ~ 10% 194 (3+) -16.1s 95 s (3) EC,A 0.46% 194m (6+,7+) -16.1s 92 s (5) EC 99.93%,A 0.07% 194n (10-) -16.1s 115 s (4) EC 99.8%,A 0.2% 195 (9/2-) -17.9s 183 s (4) EC 99.97%,A 0.03% 195m (1/2+) -17.5s 87 s (1) EC 67%,A 33% 196 (3+) -18.1 308 s (12) EC ~100%,A 1.2E-3% 196m (7+) -17.9 0.6 s (5) EC > 0% 196n (10-) -17.8 240 s (3) EC 74.2%,IT 25.8% 197 (9/2-) -19.6 9.33 m (50) EC,A 1.0E-4% 197m (1/2+) -19.1 5.04 m (16) A 55%,EC 45%,IT < 0.3% 198 (2+,3+) -19.5 10.3 m (3) EC 198m (7+) -19.5 11.6 m (3) EC 198n (10-) -19.3 7.7 s (5) IT 199 9/2- -20.89 27 m (1) EC 199m (1/2+) -20.21 24.70 m (15) EC >= 98%,IT <= 2% 200 7+ -20.36 36.4 m (5) EC 200m (2+) -20.36 31 m (2) EC > 90%,IT < 10% 200n (10-) -19.93 0.40 s (5) IT 201 9/2- -21.45 108 m (3) EC,A <1.0E-4% 201m 1/2+ -20.60 59.1 m (6) EC > 93%,IT <= 6.8% 202 5+ -20.79 1.72 h (5) EC,A <1E-05% 203 9/2- -21.55 11.76 h (5) EC,A ~1.0E-5% 203m 1/2+ -20.45 303 ms (5) IT 204 6+ -20.69 11.22 h (10) EC 204m 10- -19.88 13.0 ms (1) IT 204n (17+) -17.85 1.07 ms (3) IT 205 9/2- -21.076 15.31 d (4) EC 206 6(+) -20.043 6.243 d (3) EC 207 9/2- -20.069 31.55 y (5) EC 208 (5)+ -18.884 3.68E+5 y (4) EC 208m (10)- -17.313 2.58 ms (4) IT *209 9/2- -18.273 100% 210 1- -14.806 5.013 d (5) B-,A 1.3E-4% 210m 9- -14.535 3.04E+6 y (6) A 211 9/2- -11.869 2.14 m (2) A 99.72%,B- 0.28% 212 1(-) -8.131 60.55 m (6) B- 64.06%,A 35.94% 212m (9-) -7.881 25.0 m (2) A 67%,B- 33% 212n -6.221 7.0 m (3) B- ~100% 213 9/2- -5.241 45.59 m (6) B- 97.91%,A 2.09% 214 1- -1.21 19.9 m (4) B- 99.98%,A 0.02% 215 1.71 7.6 m (2) B- 216 5.77s 3.6 m (4) B- 84 Po Polonium 39 (209) 9.32 r 254 - +2,+4 190 0+ -4.6s 9.6 ms (+47-44) A 191 -5.1s 15.5 ms (+60-35) A 192 0+ -7.9s 0.034 s (3) A ~ 99%,EC ~ 1% 193 -8.3s 0.45 s (4) A 193m -8.3s 0.24 s (1) A 194 0+ -10.9 0.392 s (4) A 195 (3/2-) -11.1s 4.64 s (9) A 75%,EC 25% 195m (13/2+) -10.9s 1.92 s (2) A ~ 90%,EC ~ 10% 196 0+ -13.5s 5.8 s (2) A ~ 98%,EC ~ 2% 197 (3/2-) -13.4s 53.6 s (10) EC 56%,A 44% 197m (13/2+) -13.2s 25.8 s (2) A 84%,EC 16%,IT 0.01% 198 0+ -15.5s 1.76 m (3) A 57%,EC 43% 199 (3/2-) -15.3s 5.48 m (16) EC 92.5%,A 7.5% 199m 13/2+ -15.0s 4.17 m (4) EC 73.5%,A 24% 200 0+ -17.0s 11.5 m (1) EC 88.9%,A 11.1% 201 3/2- -16.6s 15.3 m (2) EC 98.4%,A 1.6% 201m 13/2+ -16.1s 8.9 m (2) IT 56%,EC 41% 202 0+ -17.98s 44.7 m (5) EC 98%,A 2% 203 5/2- -17.31 36.7 m (5) EC 99.89%,A 0.11% 203m 13/2+ -16.67 45 s (2) IT ~100%,A ~ 0.04% 204 0+ -18.34 3.53 h (2) EC 99.34%,A 0.66% 205 5/2- -17.54 1.66 h (2) EC 99.96%,A 0.04% 206 0+ -18.197 8.8 d (1) EC 94.55%,A 5.45% 207 5/2- -17.160 5.80 h (2) EC 99.98%,A 0.02% 207m 19/2- -15.777 2.79 s (8) IT 208 0+ -17.484 2.898 y (2) A,EC 209 1/2- -16.380 102 y (5) A 99.52%,EC 0.48% 210 0+ -15.969 138.376 d (2) A 211 9/2+ -12.448 0.516 s (3) A 211m (25/2+) -10.986 25.2 s (6) A 99.98%,IT 0.02% 212 0+ -10.385 0.299 us (2) A 212m (18+) -7.463 45.1 s (6) A 99.93%,IT 0.07% 213 9/2+ -6.667 4.2 us (8) A 214 0+ -4.484 164.3 us (20) A 214m 0+ -3.069 99 PS (3) IT 99.86%,A 0.14% 215 9/2+ -0.544 1.781 ms (4) A,B- 2.3E-4% 216 0+ 1.774 0.145 s (2) A 217 5.91s < 10 s A > 95%,B- < 5% 218 0+ 8.351 3.10 m (1) A 99.98%,B- 0.02% 85 At Astatine 40 (210) - 302 - - 194 -0.7s 0.18 s (8) A 195 -3.2s ? A > 75%,EC < 25% 196 -4.0s 0.3 s (1) A > 0% 197 (9/2-) -6.3s 0.35 s (4) A 96%,EC 4% 197m (1/2+) -6.2s 3.7 s (25) A,EC 198 (3+) -6.7s 4.2 s (3) A 90%,EC 10% 198m (10-) -6.6s 1.0 s (2) A 84%,EC 16% 199 (9/2-) -8.7s 7.2 s (5) A 90%,EC 10% 200 (3+) -9.0 43 s (1) A 57%,EC 43% 200m (7+) -8.9 47 s (1) EC ~ 57%,A 43% 200n (10-) -8.7 3.5 s (2) IT ~ 84%,A ~ 10.5% 201 (9/2-) -10.7 89 s (3) A 71%,EC 29% 202 (2+,3+) -10.8 184 s (1) EC <= 87%,A >= 13% 202m (7+) -10.7 182 s (2) EC 91.3%,A 8.7% 202n (10-) -10.3 0.46 s (5) IT ,A 9.6E-2% 203 9/2- -12.26 7.4 m (2) EC 69%,A 31% 204 7+ -11.87 9.2 m (2) EC 96.2%,A 3.8% 204m (10-) -11.28 108 ms (10) IT 205 9/2- -13.01 26.2 m (5) EC 90%,A 10% 206 (5)+ -12.48 30.0 m (6) EC 99.11%,A 0.89% 207 9/2- -13.25 1.80 h (4) EC 91.4%,A 8.6% 208 6+ -12.51 1.63 h (3) EC 99.45%,A 0.55% 209 9/2- -12.894 5.41 h (5) EC 95.9%,A 4.1% 210 (5)+ -11.987 8.1 h (4) EC 99.82%,A 0.18% 211 9/2- -11.661 7.214 h (7) EC 58.2%,A 41.8% 212 (1-) -8.630 0.314 s (2) A,EC < 0.03% 212m (9-) -8.408 0.119 s (3) A > 99%,IT < 1% 213 9/2- -6.594 125 NS (6) A 214 1- -3.394 558 NS (10) A 214m -3.335 265 NS (30) A 214n 9- -3.163 760 NS (15) A 215 9/2- -1.266 0.10 ms (2) A 216 1(-) 2.24 0.30 ms (3) A,EC <0.006%,B- <3E-07% 217 9/2- 4.386 32.3 ms (4) A 99.99%,B- 0.01% 218 (2-) 8.09 1.6 s (4) A 99.9%,B- 0.1% 219 10.52 56 s (3) A ~ 97%,B- ~ 3% 220 14.25s 3.71 m (4) B- 221 16.673C 2.3 m (2) B- 222 54 s (10) B- 223 23.396C 50 s (7) B- 86 Rn Radon 37 (222) 0.00973 -71 -61.7 0 198 0+ -1.1 ? A ,EC 198m 0+ -1.1 50 ms (9) A ,EC ,IT 199 (3/2-) -1.6s 0.62 s (3) A 94%,EC 6% 199m (13/2+) -1.6s 0.32 s (2) A 97%,EC 3% 200 0+ -4.0s 1.06 s (2) A ~ 98%,EC ~ 2% 201 (3/2-) -4.2s 7.0 s (4) A ~ 80%,EC ~ 20% 201m (13/2+) -3.9s 3.8 s (4) A ~ 90%,EC ~ 10% 202 0+ -6.3s 9.85 s (20) EC < 30%,A 203 (3/2,5/2)- -6.2s 45 s (3) A 66%,EC 34% 203m (13/2+) -5.9s 28 s (2) A ~ 80%,EC ~ 20% 204 0+ -8.0s 1.24 m (3) A 73%,EC 27% 205 5/2- -7.8s 2.8 m (1) EC 77%,A 23% 206 0+ -9.17s 5.67 m (17) A 62%,EC 38% 207 5/2- -8.64 9.25 m (17) EC 79%,A 21% 208 0+ -9.66 24.35 m (14) A 62%,EC 38% 209 5/2- -8.96 28.5 m (10) EC 83%,A 17% 210 0+ -9.61 2.4 h (1) A 96%,EC 4% 211 1/2- -8.770 14.6 h (2) EC 72.7%,A 27.4% 212 0+ -8.674 23.9 m (12) A 213 (9/2+) -5.712 25.0 ms (2) A 214 0+ -4.335 0.27 us (2) A 214m 6+ -2.892 0.7 NS (3) IT,A > 0% 214n 8+ -2.710 6.5 NS (30) IT ~ 90%,A ~ 10% 215 9/2+ -1.184 2.30 us (10) A 216 0+ 0.240 45 us (5) A 217 9/2+ 3.647 0.54 ms (5) A 218 0+ 5.204 35 ms (5) A 219 5/2+ 8.826 3.96 s (1) A 220 0+ 10.604 55.6 s (1) A 221 7/2(+) 14.49s 25 m (2) B- 78%,A 22% 222 0+ 16.366 3.8235 d (3) A 223 7/2 20.183C 23.2 m (4) B- 224 0+ 22.461C 107 m (3) B- 225 7/2- 26.537C 4.5 m (3) B- 226 0+ 29.021C 6.0 m (5) B- 227 33.160C 22.5 s (7) B- 228 0+ 65 s (2) B- 87 Fr Francium 39 (223) - 27 - +1 201 (9/2-) 3.7s 48 ms (15) A,EC < 1% 202 (3+) 3.1s 0.34 s (4) A <= 97%,EC >= 3% 202m (10-) 3.2s ~ 0.34 s A <= 94%,EC >= 6% 203 (9/2-) 1.0s 0.55 s (2) A ~ 95%,EC ~ 5% 204 (3+) 0.6 1.7 s (3) A ~ 80%,EC ~ 20% 204m (7+) 0.6 2.6 s (3) A 204n (10-) 0.9 ~ 1 s A,IT 205 (9/2-) -1.2 3.85 s (10) A,EC < 1% 206 (2+,3+) -1.4 15.9 s (2) A ,EC 206m (7+) -1.4 15.9 s ? A <= 84% 206n (10-) -0.7 0.7 s (1) A ,IT ?% 207 9/2- -2.93 14.8 s (1) A 95%,EC 5% 208 7+ -2.67 59.1 s (3) A 90%,EC 10% 209 9/2- -3.80 50.0 s (3) A 89%,EC 11% 210 6+ -3.35 3.18 m (6) A 60%,EC 40% 211 9/2- -4.16 3.10 m (2) A > 80%,EC < 20% 212 5+ -3.56 20.0 m (6) EC 57%,A 43% 213 9/2- -3.564 34.6 s (3) A 99.45%,EC 0.55% 214 (1-) -0.974 5.0 ms (2) A 214m (8-) -0.852 3.35 ms (5) A 215 9/2- 0.304 86 NS (5) A 216 (1-) 2.97 0.70 us (2) A,EC <2E-07% 217 9/2- 4.301 16 us (2) A 218 (1-) 7.046 1.0 ms (6) A 218m 7.132 22.0 ms (5) A 219 9/2- 8.608 20 ms (2) A 220 1+ 11.469 27.4 s (3) A 99.65%,B- 0.35% 221 5/2- 13.269 4.9 m (2) A,B- < 0.1%,14C 9E-13% 222 2- 16.34 14.2 m (3) B- 223 3/2(-) 18.379 22.00 m (7) B- 99.99%,A 6.0E-3% 224 1(-) 21.64 3.30 m (10) B- 225 3/2- 23.85 4.0 m (2) B- 226 1 27.3 48 s (1) B- 227 1/2+ 29.66 2.47 m (3) B- 228 2- 33.3 39 s (1) B- 229 (1/2+) 36.159C 50.2 s (4) B- 230 40.011C 19.1 s (5) B- 231 43.025C 17.5 s (8) B- 232 5 s (1) B- 88 Ra Radium 33 (226) 5? 700 - +2 204 0+ 6.0s 45 ms (+55-21) A 205 5.8s 0.22 s (6) A ,EC 206 0+ 3.5s 0.24 s (2) A ~100% 207 (5/2-,3/2- 3.5s 1.3 s (2) A ~ 90%,EC ~ 10% 207m (13/2+) 3.9s 55 ms (10) IT 85%,A 15%,EC ~ 0.35% 208 0+ 1.7s 1.3 s (2) A 95%,EC 5% 209 5/2- 1.8s 4.6 s (2) A ~ 90%,EC ~ 10% 210 0+ 0.42s 3.7 s (2) A ~ 96%,EC ~ 4% 211 5/2(-) 0.83 13 s (2) A > 93%,EC < 7% 212 0+ -0.19 13.0 s (2) A ~ 90%,EC ~ 15% 213 1/2- 0.32 2.74 m (6) A 80%,EC 20% 213m 2.09 2.1 ms (1) IT ~ 99%,A ~ 1% 214 0+ 0.08 2.46 s (3) A 99.94%,EC 0.06% 215 (9/2+) 2.519 1.59 ms (9) A 216 0+ 3.277 182 NS (10) A,EC 217 (9/2+) 5.874 1.7 us (1) A 218 0+ 6.64 15.6 us (1) A 219 (7/2)+ 9.37 10 ms (3) A 220 0+ 10.26 17 ms (2) A 221 5/2+ 12.957 28 s (2) A,14C 1E-12% 222 0+ 14.309 38.0 s (5) A,14C 2.3E-8% 223 3/2+ 17.230 11.435 d (4) A,14C 6.4E-8% 224 0+ 18.818 3.66 d (4) A,12C 4.3E-9% 225 1/2+ 21.986 14.9 d (2) B- 226 0+ 23.661 1600 y (7) A,14C 3E-9% 227 3/2+ 27.171 42.2 m (5) B- 228 0+ 28.935 5.75 y (3) B- 229 5/2(+) 32.43 4.0 m (2) B- 230 0+ 34.54 93 m (2) B- 231 (7/2-,1/2+ 38.562C 103 s (3) B- 232 0+ 41.092C 250 s (50) B- 233 30 s (5) B- 234 0+ 47.999C 30 s (10) B- 89 Ac Actinium 31 (227) 10.07 t 1051 3198 +3 207 22 ms (+40-9) A 208 (3+) 95 ms (+24-16) A ~ 99% 208m (10-) 25 ms (+9-5) A ~ 90% 209 (9/2-) 8.9 0.10 s (5) A ~ 99%,EC ~ 1% 210 8.6 0.35 s (5) A ~ 96%,EC ~ 4% 211 7.12 0.25 s (5) A ~100% 212 7.27 0.93 s (5) A ~ 97%,EC ~ 3% 213 6.13 0.80 s (5) A 214 6.42 8.2 s (2) A >= 89%,EC <= 11% 215 9/2- 6.01 0.17 s (1) A 99.91%,EC 0.09% 216 (1-) 8.11 ~ 0.33 ms A 216m (9-) 8.11 0.33 ms (2) A 217 9/2- 8.69 69 NS (4) A,EC <= 2% 218 10.83 1.06 us (9) A 219 9/2- 11.56 11.8 us (15) A 220 13.74 26.1 ms (5) A,EC 5E-04% 221 14.51 52 ms (2) A 222 (1-) 16.60 5.0 s (5) A 99%,EC <= 2% 222m 16.60 63 s (4) A >= 88%,IT <= 10% 223 (5/2-) 17.816 2.10 m (5) A 99%,EC 1% 224 0- 20.221 2.9 h (2) EC 90.9%,A 9.1% 225 (3/2-) 21.629 10.0 d (1) A 226 (1) 24.302 29.4 h (1) B- 83%,EC 17% 227 3/2- 25.846 21.773 y (3) B- 98.62%,A 1.38% 228 3(+) 28.889 6.15 h (2) B-,A 5.5E-6% 229 (3/2+) 30.67 62.7 m (5) B- 230 (1+) 33.56 122 s (3) B- 231 (1/2+) 35.91 7.5 m (1) B- 232 (1+) 39.14 119 s (5) B- 233 (1/2+) 41.603C 145 s (10) B- 234 45.199C 44 s (7) B- 90 Th Thorium 29 232.03805 (2) 11.72 1750 4788 +4 210 0+ 9 ms+17-4 A 211 37 ms+28-11 A 212 0+ 12.0s 30 ms (+20-10) A,EC ~ 0.3% 213 12.1s 140 ms (25) A 214 0+ 10.67s 100 ms (25) A 215 (1/2-) 10.92 1.2 s (2) A 216 0+ 10.29 0.028 s (2) A,EC ~0.006% 216 (8+,11-) 12.32 0.18 ms (4) IT ~ 97%,A ~ 3% 217 (9/2+) 12.17 0.252 ms (7) A 218 0+ 12.36 109 NS (13) A 219 14.46 1.05 us (3) A 220 0+ 14.65 9.7 us (6) A,EC 2E-07% 221 (7/2+) 16.93 1.68 ms (6) A 222 0+ 17.19 2.2 ms (2) A 223 (5/2)+ 19.36 0.60 s (2) A 224 0+ 19.99 1.05 s (2) A 225 (3/2)+ 22.304 8.72 m (4) A ~ 90%,EC ~ 10% 226 0+ 23.185 30.6 m (1) A 227 (1/2+) 25.802 18.72 d (2) A 228 0+ 26.763 1.9131 y (9) A,20O 1E-11% 229 5/2+ 29.579 7880 y (120) A 230 0+ 30.856 7.538E+4 y (30) A,SF <=5.E-11% 231 5/2+ 33.810 25.52 h (1) B-,A ~1.0E-8% 232 0+ 35.443 1.405E10 y (6) A,SF <1.0E-9% 233 1/2+ 38.728 22.3 m (1) B- 234 0+ 40.610 24.10 d (3) B- 235 (1/2+) 44.25 7.1 m (2) B- 236 0+ 46.706C 37.5 m (2) B- 237 5.0 m (9) B- 91 Pa Protactinium 28 (231) 15.37 t 1572 - +4,+5 213 5.3 ms (+40-16) A 214 17 ms (3) A 215 17.7 15 ms (4) A 216 17.71 105 ms (12) A ~ 80%,EC ~ 20% 217 17.04 3.4 ms (2) A 217m 18.89 1.5 ms (2) A 218 18.64 0.11 ms (2) A 219 9/2- 18.52 53 NS (10) A 220 20.37 0.78 us (16) A ?% 221 9/2- 20.37 5.9 us (17) A 222 22.05s 3.3 ms (3) A 223 22.32 5 ms (1) A 224 23.86 0.95 s (15) A 99.9%,EC 0.1% 225 24.33 1.7 s (2) A 226 26.01 1.8 m (2) A 74%,EC 26% 227 (5/2-) 26.821 38.3 m (3) A 85%,EC 15% 228 (3+) 28.874 22 h (1) EC 98.15%,A 1.85% 229 (5/2+) 29.895 1.50 d (5) EC 99.52%,A 0.48% 230 (2-) 32.166 17.4 d (5) EC 91.6%,B- 8.4% 231 3/2- 33.420 32760 y (110) A,SF <=3.0E-10% 232 (2-) 35.938 1.31 d (2) B-,EC 3.0E-3% 233 3/2- 37.483 26.967 d (2) B- 234 4+ 40.337 6.70 h (5) B- 234m (0-) 40.411 1.17 m (3) B- 99.84%,IT 0.16% 235 (3/2-) 42.32 24.5 m (2) B- 236 1(-) 45.3 9.1 m (1) B- 237 (1/2+) 47.64 8.7 m (2) B- 238 (3-) 50.76 2.3 m (1) B-,SF <2.6E-6% 92 U Uranium 26 238.0289 ~18.95 1135 4131 +3,+4,+5,+6 218 0+ 21.88s 1.5 ms (+73-7) A 219 23.2s 42 us (+34-13) A 222 0+ 24.3s 1.0 us (+10-4) A 223 25.82 18 us (+10-5) A 224 0+ 25.70 1.0 ms (4) A 225 27.37 95 ms (15) A 226 0+ 27.32 0.20 s (5) A 227 (3/2+) 29.00 1.1 m (1) A 228 0+ 29.22 9.1 m (2) A > 95%,EC < 5% 229 (3/2+) 31.204 58 m (3) EC ~ 80%,A ~ 20% 230 0+ 31.603 20.8 d A 231 (5/2-) 33.78 4.2 d (1) EC 231 (3/2+,5/2+ 33.78 4.2 d (1) A ~ 4E-3% 232 0+ 34.601 68.9 y (4) A,Ne 9E-10% 233 5/2+ 36.912 1.592E+5 y (2) A,SF <6.0E-9% 234 0+ 38.140 2.455E+5 y (6) A,SF 1.7E-9%,Mg 1E-11% 235 7/2- 40.913 703.8E+6 y (5) A,SF 7.0E-9%,Ne 8E-10% 235m 1/2+ 40.913 ~ 25 m IT 236 0+ 42.440 2.342E7 y (3) A,SF 9.6E-8% 236m 42.440 121 NS (2) SF 0.013% 237 1/2+ 45.385 6.75 d (1) B- 238 0+ 47.305 4.468E+9 y (3) A,SF 0.5E-4% 238m 0+ 47.305 267 NS (3) SF 0.015% 239 5/2+ 50.570 23.45 m (2) B- 240 0+ 52.708 14.1 h (1) B-,A 242 0+ 58.830C 16.8 m (5) B- 93 Np Neptunium 23 (237) 20.25 c 644 3902 +3,+4,+5,+6 226 32.7s 31 ms (8) A 227 32.56 0.51 s (6) A 228 33.7s 1.07 m (3) EC ,EF 229 33.76 3.85 m (14) A > 50%,EC < 50% 230 35.21 4.6 m (3) EC <= 97%,A >= 3% 231 (5/2) 35.61 48.8 m (2) EC 98%,A 2% 232 (4+) 37.30s 14.7 m (3) EC 233 (5/2+) 38.1s 36.2 m (1) EC,A <=1.0E-3% 234 (0+) 39.950 4.4 d (1) EC 235 5/2+ 41.037 396.1 d (12) EC,A 2.6E-3% 236 (6-) 43.38 154E+3 y (6) EC 87.3%,B- 12.5% 236m 1 43.44 22.5 h (4) EC 52%,B- 48% 237 5/2+ 44.867 2.144E+6 y (7) A,SF <= 2E-10% 237m 47.667 45 NS (5) SF 238 2+ 47.450 2.117 d (2) B- 239 5/2+ 49.304 2.3565 d (4) B- 240 (5+) 52.32 61.9 m (2) B- 240m 1(+) 52.32 7.22 m (2) B- 99.89%,IT 0.11% 241 (5/2+) 54.26 13.9 m (2) B- 242 (1+) 57.4 2.2 m (2) B- 242 (6) 57.4 5.5 m (1) B- 243 (5/2-) 59.92 1.85 m (15) B- 244 (7-) 63.45C 2.29 m (16) 94 Pu Plutonium 25 (244) 19.84 e 640 3228 +3,+4,+5,+6 228 0+ ? A ,SF 229 ? A 230 0+ 36.92 ~ 200 s A 232 0+ 38.36 34.1 m (7) EC 80%,A 20% 233 40.05 20.9 m (4) EC 99.88%,A 0.12% 234 0+ 40.338 8.8 h (1) EC ~ 94%,A ~ 6% 235 (5/2+) 42.20s 25.3 m (5) EC,A 2.7E-3% 236 0+ 42.893 2.858 y (8) A,SF 1.4E-7% 237 7/2- 45.087 45.2 d (1) EC,A 4.2E-3% 237m 1/2+ 45.233 0.18 s (2) IT 237n 47.687 85 NS (15) SF 237m 47.987 1.1 us (1) SF 238 0+ 46.158 87.7 y (3) A,SF 1.9E-7% 239 1/2+ 48.583 24110 y (30) A,SF 3E-10% 240 0+ 50.121 6564 y (11) A,SF 5.7E-6% 241 5/2+ 52.950 14.35 y (10) B-,A 2.5E-3%,SF < 2E-14 242 0+ 54.712 3.733E+5 y (12) A,SF 5.5E-4% 242m 0+ 54.712 3.5 NS (6) SF 242n 0+ 54.712 28 NS SF 243 7/2+ 57.749 4.956 h (3) B- 244 0+ 59.799 8.08E+7 y (10) A 99.88%,SF 0.12% 244m 0+ 59.799 400 PS (100) SF 245 (9/2-) 63.10 10.5 h (1) B- 246 0+ 65.39 10.84 d (2) B- 247 69.405C 2.27 d (23) B- 95 Am Americium 24 (243) 13.67 c 1176 - +3,+4,+5,+6 232 43.437C 79 s (2) EC ~ 98%,A ~ 2% 234 44.5s 2.32 m (8) EC 99.96%,A 0.04% 235 44.7s ? 236 46.17s A ,EC 237 5/2(-) 46.8s 73.0 m (10) EC 99.98%,A 0.03% 237m 49.2s 5 NS (2) SF 238 1+ 48.42 98 m (2) EC > 99.99%,A 0.0001% 239 (5/2)- 49.386 11.9 h (1) EC 99.99%,A 0.01% 240 (3-) 51.50 50.8 h (3) EC,A 1.9E-4% 241 5/2- 52.929 432.2 y (7) A,SF 4E-10% 241m 55.129 1.2 us (3) SF 242 1- 55.463 16.02 h (2) B- 82.7%,EC 17.3% 242m 5- 55.512 141 y (2) IT 99.54%,A 0.46% 242n 57.663 14.0 ms SF ,IT ,A < 1.5% 243 5/2- 57.167 7370 y (40) A,SF 3.7E-9% 244 (6-) 59.875 10.1 h (1) B- 244m 59.875 ~ 6.5 us SF 244n 59.875 0.90 ms (15) SF 244m 1+ 59.963 ~ 26 m B- 99.96%,EC 0.04% 245 (5/2)+ 61.893 2.05 h (1) B- 246 (7-) 64.99 39 m (3) B- 246m 2(-) 64.99 25.0 m (2) B-,IT < 0.01% 247 (5/2) 67.23s 23.0 m (13) B- 248 70.5s ? B- 96 Cm Curium 22 (247) 13.51 t 1345 - +3 232 0+ 1 m ? SF < 30.3% 235 48.0s ? 236 0+ 47.9s A ,EC 238 0+ 49.38 2.4 h (1) EC >= 90%,A <= 10% 239 (7/2-) 51.09s ~ 2.9 h EC,A < 0.1% 240 0+ 51.715 27 d (1) A > 99.5%,EC < 0.5% 241 1/2+ 53.697 32.8 d (2) EC 99%,A 1% 242 0+ 54.798 162.79 d (9) A,SF 6.2E-6% 242m 54.798 40 PS (15) SF 242n 57.598 180 NS (70) SF ?%,IT ?% 243 5/2+ 57.176 29.1 y (1) A 99.71%,EC 0.29% 244 0+ 58.447 18.10 y (2) A,SF 1.3E-4% 244m 0+ 58.447 > 500 NS SF 244n 6+ 59.487 34 ms (2) SF <=.77E-9% 245 7/2+ 60.999 8500 y (100) A,SF 6.1E-7% 246 0+ 62.612 4730 y (100) A 99.97%,SF 0.03% 247 9/2- 65.527 1.56E+7 y (5) A 248 0+ 67.386 3.40E+5 y (4) A 91.74%,SF 8.26% 249 1/2(+) 70.743 64.15 m (3) B- 250 0+ 72.98 ~ 9700 y SF ~ 80%,A ~ 11% 251 (1/2+) 76.64 16.8 m (2) B- 252 0+ C < 2 d B- 97 Bk Berkelium 17 (247) 14 1050 - +3,+4 238 54.3s 144 s (5) EC,EF 0.048% 240 55.7s 4.8 m (8) EC ~100%,EF w% 241 (7/2+) 56.1s ? 242 57.8s 7.0 m (13) EC 242m 57.8s 9.5 NS (20) SF > 0% 242n 57.8s 600 NS (100) SF > 0% 243 (3/2-) 58.685 4.5 h (2) EC ~ 99.85%,A ~ 0.15% 244 (1-) 60.70 4.35 h (15) EC 99.994%,A 6.0E-3% 244m 60.70 820 NS (60) SF 245 3/2- 61.809 4.94 d (3) EC 99.88%,A 0.12% 246 2(-) 63.96 1.80 d (2) EC,A < 0.2% 247 (3/2-) 65.482 1380 y (250) A 248 1(-) 68.10 23.7 h (2) B- 70%,EC 30% 248 (6+) 68.10 > 9 y A > 70% 249 7/2+ 69.843 320 d (6) B-,A 1.4E-3%,SF 4.7E-8% 250 2- 72.945 3.217 h (5) B- 251 (3/2-) 75.22 55.6 m (11) B-,A ~1.0E-5% 98 Cf Californium 19 (251) 900 - - +3 238 0+ 1 s ? SF < 25% 239 58.3s 39 s (+37-12) A > 50%,EC ?% 240 0+ 58.0s 1.06 m (15) A ~100% 241 59.4s 3.78 m (70) EC ~ 75%,A ~ 25% 242 0+ 59.33 3.49 m (12) A > 0% 243 (1/2+) 60.9s 10.7 m (5) EC ~ 86%,A ~ 14% 244 0+ 61.469 19.4 m (6) A 245 (5/2+) 63.377 45.0 m (15) EC 64%,A 36% 246 0+ 64.085 35.7 h (5) A,EC <5.0E-4% 247 (7/2+) 66.128 3.11 h (3) EC 99.97%,A 0.04% 248 0+ 67.233 333.5 d (28) A,SF 0.0029% 249 9/2- 69.719 351 y (2) A,SF 5.2E-7% 250 0+ 71.165 13.08 y (9) A 99.92%,SF 0.08% 251 1/2+ 74.127 898 y (44) A 252 0+ 76.027 2.645 y (8) A 96.91%,SF 3.09% 253 (7/2+) 79.293 17.81 d (8) B- 99.69%,A 0.31% 254 0+ 81.33 60.5 d (2) SF 99.69%,A 0.31% 255 (9/2+) 84.8s 85 m (18) B- 256 0+ C 12.3 m (12) SF,B- < 1%,A ~1.0E-6% 99 Es Einsteinium 19 (252) 860 - - +3 242 64.9s ~ 7 s EC ,EF 243 64.9s 21 s (2) EC <= 70%,A >= 30% 244 66.0s 37 s (4) EC 96%,A 4% 245 (3/2-) 66.4s 1.1 m (1) EC 60%,A 40% 246 (4-,6+) 68.0s 7.7 m (5) EC 90.1%,A 9.9% 247 (7/2+) 68.60s 4.55 m (26) EC ~ 93%,A ~ 7% 248 (2-,0+) 70.29 27 m (4) EC > 99%,A ~ 0.25% 249 7/2(+) 71.17s 102.2 m (6) EC 99.43%,A 0.57% 250 (6+) 73.27s 8.6 h (1) EC > 97%,A < 3% 250m 1(-) 73.27s 2.22 h (5) EC >= 99%,A <= 1% 251 (3/2-) 74.504 33 h (1) EC 99.51%,A 0.49% 252 (5-) 77.29 471.7 d (19) A 76%,EC 24%,B- ~ 0.01% 253 7/2+ 79.008 20.47 d (3) A,SF 8.7E-6% 254 (7+) 81.988 275.7 d (5) A,EC <1.0E-4% 254m 2+ 82.066 39.3 h (2) B- 98%,IT < 3% 255 (7/2+) 84.08 39.8 d (12) B- 92%,A 8%,SF 4.1E-3% 256 (1+) 87.15s 25.4 m (24) B- 256m (8+) 87.15s ~ 7.6 h B- 257 89.4s 2 s ? SF ?% 100 Fm Fermium 21 (257) 1527 - - +3 242 0+ 68.353C 0.8 ms (2) SF > 0% 243 69.4s 0.18 s (+8-4) A,SF <= 0.36% 244 0+ 69.1s 3.3 ms (4) SF 245 70.2s 4.2 s (13) A,SF <= 0.11% 246 0+ 70.12 1.1 s (2) A 92%,SF 8%,EC <= 1% 247? 71.5s 35 s (4) A >= 50%,EC <= 50% 247m 71.5s 9.2 s (23) A 248 0+ 71.90 36 s (3) A 99%,EC ~ 1% 249 (7/2+) 73.6s 2.6 m (7) EC ~ 85%,A ~ 15% 250 0+ 74.07 30 m (3) A > 90%,EC < 10% 250m 75.07 1.8 s (1) IT > 80%,SF <0.8E-4% 251 (9/2-) 75.978 5.30 h (8) EC 98.2%,A 1.8% 252 0+ 76.810 25.39 h (5) A,SF 0.0023% 253 1/2+ 79.340 3.00 d (12) EC 88%,A 12% 254 0+ 80.897 3.240 h (2) A 99.94%,SF 0.06% 255 7/2+ 83.793 20.07 h (7) A,SF 2.4E-5% 256 0+ 85.479 157.6 m (13) SF 91.9%,A 8.1% 257 (9/2+) 88.581 100.5 d (2) A 99.79%,SF 0.21% 258 0+ 90.5s 370 us (43) SF 259 93.7s 1.5 s (3) SF 260 0+ ~ 4 ms SF 101 Md Mendelevium 16 (258) 827 - - +2,+3 247 76.1s 2.9 s (17) A 248 77.1s 7 s (3) EC 80%,A 20%,SF <= 0.05 249 77.3s 24 s (4) A ~ 70%,EC ~ 30% 250 78.7s 52 s (6) EC 93%,A 7% 251 79.1s 4.0 m (5) EC >= 90%,A <= 10% 252 80.7s 4.8 m (+8-5) EC 253 81.3s ~ 6 m EC 254 83.6s 10 m (3) EC 254 83.6s 28 m (8) EC 255 (7/2-) 84.835 27 m (2) EC 92%,A 8%,SF <= 0.15% 256 (0-,1-) 87.61 78.1 m (18) EC 90.7%,A 9.3% 257 (7/2-) 88.990 5.52 h (5) EC 90%,A 10%,SF < 1% 258 (1-) 91.684 60 m (2) EC 258 (8-) 91.684 51.5 d (3) A,SF <= 0.003% 259 (7/2-) 93.6s 1.60 h (6) SF ~100%,A < 3% 260 96.6s 27.8 d (8) SF > 73%,A < 25% 102 No Nobelium 13 (259) 827 - - +2,+3 250 0+ C 0.25 ms (5) SF,A ~ 0.05% 251 82.8s 0.8 s (3) A ~100%,EC ~ 1% 252 0+ 82.87 2.30 s (22) A 73.1%,SF 26.9% 253 (9/2-) 84.5s 1.7 m (3) A ~ 80%,EC ~ 20% 254 0+ 84.72 55 s (3) A 90%,EC 10%,SF 0.25% 254m 85.22 0.28 s (4) IT > 80%,SF >= 0.2% 255 (1/2+) 86.85 3.1 m (2) A 61.4%,EC 38.6% 256 0+ 87.817 2.91 s (5) A 99.5%,SF 0.5% 257 (7/2+) 90.22 25 s (2) A ~100% 258 0+ 91.5s 1.2 ms (2) SF,A 0.001% 259 (9/2+) 94.1s 58 m (5) A 75%,EC 25%,SF < 10% 260 0+ 95.6s 106 ms (8) SF 262 0+ 100.2s ~ 5 ms SF 103 Lr Lawrencium 11 (261) 1627 - - +3 252 C ~ 1 s A ~ 90%,EC ~ 10% 253 88.7s 1.3 s (+6-3) A 90%,SF < 20% 254 89.9s 13 s (2) A 78%,EC 22%,SF < 0.1% 255 90.1s 22 s (4) A 85%,EC < 30% 256 92.0s 28 s (3) A > 80%,EC < 20% 257 (9/2+) 92.7s 0.646 s (25) A,SF <=.65E-3% 258 94.9s 3.9 s (4) A > 95%,EC < 5% 259 95.93s 6.1 s (4) A 80%,SF 20%,EC < 0.5% 260 98.3s 180 s (30) A 75%,EC ~ 15% 261 99.6s 39 m (12) SF 262 102.3s 3.6 h (3) EC ,SF < 10% 104 Rf Rutherfordium 10 - - - - - 253 C ~ 1.8 s A ~ 50%,SF ~ 50% 254 0+ C 0.5 ms (2) SF,A ~ 0.3% 255 (9/2-) 94.s 1.5 s (2) SF 52%,A 48% 256 0+ 94.25 6.7 ms (2) SF 98%,A 2.2% 257 (7/2+) 96.2s 4.7 s (3) A 79.6%,EC 18% 258 0+ 96.4s 12 ms (2) SF ~ 87%,A ~ 13% 259 98.38s 3.1 s (7) A 93%,SF 7%,EC ~ 0.3% 260 0+ 99.2s 20.1 ms (7) SF ~ 98%,A ~ 2% 261 101.5s 65 s (10) A > 80%,EC <= 10% 262 0+ 102.5s 1.2 s (+10-5) SF 105 Ha Hahnium 10 - - - - - 255 C 1.6 s (+6-4) A ~ 80%,SF ~ 20% 256 C 2.6 s (+14-8) A <= 90%,SF <= 40% 257 100.5s 1.3 s (+5-3) A 82%,SF 17%,EC 1% 258 101.8s 4.4 s (+9-6) A 67%,EC 33%,SF < 1% 258 101.8s 20 s (10) EC 259 102.2s ? A 260 103.8s 1.52 s (13) A >= 90%,SF <= 10% 261 104.4s 1.8 s (4) A > 50%,SF < 50% 262 106.5s 34 s (4) A 64%,SF 33%,EC ~ 3% 263 107.4s 27 s (+10-7) SF ~ 57%,A ~ 43% 106 Sg Seaborgium 6 - - - - - 259 (1/2+) 106.8s 0.9 s (2) A > 80%,SF < 20% 260 0+ 106.60 3.6 ms (+9-6) A 50%,SF 50% 261 108.4s 0.23 s (3) A > 90%,SF < 10% 263 110.5s 0.8 s (2) SF ~ 70%,A ~ 30% 265 113.1s ~ 16 s A ,SF <50% 266 0+ 114.0s ~ 20 s A ,SF <50% 107 Ns Nielsbohrium 4 - - - - - 260 C A 261 113.4s 11.8 ms (+53-28) A > 90%,SF < 10% 262 114.7s 102 ms (26) A >= 80%,SF <= 20% 262m 115.0s 8.0 ms (21) A > 70%,SF < 30% 108 Hs Hassium 5 - - - - - 263 < 1 s A 264 0+ 119.8 0.08 ms (+40-4) A,SF < 1.5% 265 121.6s 1.8 ms (+22-7) A ~100%,SF <= 9% 267 60 ms (+30-15) A 267 33 ms (17) 109 Mt Meitnerium 2 - - - - - 266 128.4s 3.4 ms (+61-13) A ~100%,SF <= 5.5% 268 70 ms (65) A 110 Uun Ununnilium 5 - - - - - 267? ~ 3 us A 269 0.17 ms (+16-6) A 271 1.1 ms (+6-3) A 271 0.06 s (+27-3) A 272 0+ ~ 8.6 ms SF 111 Uuu Unununium 1 - - - - - 272 1.5 ms (+20-5) A 112 Uub Ununbium 0 113 Uut Ununtrium 0 114 Uuq Ununquadium 0 115 Uup Ununpentium 0 116 Uuh Ununhexium 0 117 Uus Ununseptium 0 118 Uuo Ununoctium 0
