155SM 154SM(N,G) E=THERMAL: {~EGAF} 155SM c Evaluated Gamma-ray Activation File (EGAF). 155SM2c Evaluated by R.B. Firestone (LBNL), December 2003. 155SM c BR$|s{-0}=8.4 5 (1984MuZY) 155SM cG RI$Elemental |s(|g) assuming %Abundance=22.75 29 155SM N 4.40 6 155SM PN C 155SM2PN Thermal cross section in barns. 155SM cN NR$Isotopic |s(|g)=NR*RI. 155SM2cN Divide by |s{-0} for intensity per neutron capture. 155SM L 0.0 3/2- 155SM L 16.5467 195/2+ 155SM G 16.54710 0.07425 155SM L 53.0338 115/2- 155SM G 53.033 2 0.061 4 155SM L 76.3007 217/2+ 155SM G 59.753 1 0.022917 155SM L 127.6982 97/2- 155SM G 74.664 1 0.025214 155SM G 111.154 2 0.0022923 155SM G 127.698 1 0.0040323 155SM L 152.4190 239/2+ 155SM G 76.118 1 0.0060 8 155SM G 135.873 5 0.0008914 155SM L 220.6842 139/2- 155SM G 92.986 1 0.0033 6 155SM G 144.38215 0.0008317 155SM G 167.650 5 0.0019 3 155SM L 426.4188 255/2- 155SM G 298.79 3 0.0007723 155SM G 350.114 3 0.012810 155SM G 409.873 2 0.052 3 155SM L 500.002 47/2- 155SM G 347.580 4 0.0037 6 155SM G 423.704 4 0.0072 6 155SM L 617.5441 223/2+ 155SM G 564.507 4 0.023414 155SM G 600.993 4 0.122 8 155SM G 617.549 7 0.044 3 155SM L 658.388 35/2+ 155SM G 530.68515 0.0093 8 155SM G 582.072 5 0.032219 155SM G 605.38114 0.0068 8 155SM G 641.88 3 0.013412 155SM G 658.396 9 0.012610 155SM L 736.933 10(7/2) ? 155SM G 584.51111 0.0060 6 155SM G 660.64021 0.0035 6 155SM G 683.88 5 0.0045 8 155SM L 778.1473 23 3/2- 155SM G 119.758 2 0.0016717 155SM G 160.603 1 0.0054 3 155SM G 725.123 7 0.033319 155SM G 761.63120 0.0134 8 155SM G 778.156 8 0.046 3 155SM L 819.882 51/2-,3/2- 155SM G 819.880 5 0.15310 155SM L 821.307 105/2- 155SM G 745.00412 0.012810 155SM G 804.75819 0.025615 155SM L 844.115 53/2- 155SM G 791.083 7 0.046 3 155SM G 827.6110 0.0033 6 155SM G 844.10812 0.040925 155SM L 865.850 73/2+ 155SM G 812.81917 0.019419 155SM G 865.843 9 0.043425 155SM L 882.183 155/2+ 155SM G 754.45924 0.012610 155SM G 829.15 4 0.008710 155SM G 882.16 5 0.012814 155SM L 903.468 51/2+,3/2+ 155SM G 285.923 4 0.031019 155SM G 886.92718 0.016914 155SM L 906.838 175/2- 155SM G 779.13124 0.012012 155SM G 853.80523 0.011210 155SM G 906.9915 0.0021 4 155SM L 915.527 51/2-,3/2- 155SM G 297.990 8 0.0024 4 155SM G 915.49020 0.077 5 155SM L 930.644 63/2- 155SM G 272.25015 0.0016 3 155SM G 877.60015 0.076 5 155SM G 930.65411 0.041625 155SM L 962.422 155/2-,7/2 155SM G 80.238 2 0.009110 155SM G 741.79 3 0.0058 8 155SM G 909.36 6 0.0070 8 155SM L 968.093 201/2+,3/2+ 155SM G 968.09020 0.038 3 155SM L 984.452 45/2-,7/2+ ? 155SM G 366.909 4 0.0056 6 155SM G 856.67 5 0.0068 8 155SM L 1010.926 95/2+ 155SM G 584.51111 0.0060 6 155SM G 883.26 4 0.014515 155SM G 1010.99 4 0.014512 155SM L 1106.671 93/2+ 155SM G 191.15610 0.0013 3 155SM G 240.82 3 0.0017 3 155SM G 1053.59822 0.015714 155SM G 1090.2020 0.0027 6 155SM G 1106.64024 0.031819 155SM L 1154.433 215/2+ 155SM G 272.25015 0.0016 3 155SM G 1026.70 8 0.0074 8 155SM L 1168.746 93/2- 155SM G 302.88814 0.0015 4 155SM G 551.18912 0.0046 4 155SM G 1152.1620 0.0025 6 155SM L 1217.7 7(5/2-) ? 155SM L 1282.438 41/2+,3/2+ 155SM G 297.990 8 0.0024 4 155SM G 351.795 7 0.0056 6 155SM G 366.909 4 0.0056 6 155SM G 438.324 5 0.0050 4 155SM G 664.86815 0.0105 8 155SM L 1327.528 75/2+ 155SM G 483.411 5 0.0095 6 155SM G 669.2910 0.0017 4 155SM G 827.6110 0.0033 6 155SM G 1327.8414 0.0068 8 155SM L 1335.8 75/2 155SM L 1362.133 103/2+ 155SM G 193.382 7 0.0017025 155SM G 351.22613 0.0021 3 155SM G 935.5513 0.003710 155SM G 1309.1418 0.0079 8 155SM G 1345.7811 0.013914 155SM L 1390.6 7 5/2 155SM L 1403.8 10 5/2 155SM L 1408.2 4 1/2+, 3/2+ 155SM L 1424.7 7 5/2 155SM L 1474.0 5 1/2-, 3/2- 155SM L 1478.0 9 1/2+, 3/2+ 155SM L 1481.6 8 1/2+, 3/2+ 155SM L 1499.30 20 1/2+, 3/2+ 155SM L 1503.1 12 5/2 155SM L 1524.80 10 1/2-, 3/2- 155SM L 1531.9 9 5/2+ 155SM L 1548.40 20 1/2+, 3/2+ 155SM L 1567.00 20 1/2-, 3/2- 155SM L 1570.9 8 1/2+, 3/2+ 155SM L 1584.6 3 1/2+, 3/2+ 155SM L 1600.8 3 1/2+, 3/2+ 155SM L 1614.5 3 1/2-, 3/2- 155SM L 1618.8 3 1/2-, 3/2- 155SM L 1658.7 3 5/2+ 155SM L 1665.9 9(5/2+) ? 155SM L 1671.2 3 1/2+, 3/2+ 155SM L 1678.1 8(5/2+) 155SM L 1696.5 6 5/2 155SM L 1708.2 12(5/2) ? 155SM L 1718.20 20 1/2-, 3/2- 155SM L 1723.9 3 1/2, 3/2 155SM L 1733.6 7 155SM L 1752.00 20 1/2-, 3/2- 155SM L 1774.2 3 1/2+, 3/2+ 155SM L 1787.9 5 1/2, 3/2 155SM L 1804.70 20 1/2-, 3/2- 155SM L 1821.4 6 5/2+ 155SM L 1830.7 10 5/2+ 155SM L 1833.20 20 1/2-, 3/2- 155SM L 1857.2 3 1/2-, 3/2- 155SM L 1864.9 6 1/2+, 3/2+ 155SM L 1875.70 20 1/2-, 3/2- 155SM L 1885.4 4 1/2+, 3/2+ 155SM L 1889.5 5 1/2-, 3/2- 155SM L 1899.4 10 5/2+ 155SM L 1904.5 4 1/2, 3/2 155SM L 1920.1 10 155SM L 1925.7 6 1/2-, 3/2- 155SM L 1929.1 7 1/2-, 3/2- 155SM L 1954.20 20 1/2, 3/2 155SM L 1965.2 6 1/2, 3/2 155SM L 1978.8 5 5/2+ 155SM L 1987.2 5 1/2+, 3/2+ 155SM L 5807.08 5 1/2+ 155SM 154SM(N,G) E=THERMAL:^BUDAPEST 155SM c Budapest Reactor data measured with thermal beam. 155SM cG RI$Elemental |s(|g) assuming %Abundance=22.75 29 155SM N 4.41 4 155SM PN C 155SM2PN Thermal cross section in barns. 155SM L 0.0 3/2- 155SM L 16.5464 195/2+ 155SM L 53.0339 115/2- 155SM L 76.3007 217/2+ 155SM L 127.6982 97/2- 155SM L 152.4190 239/2+ 155SM L 220.2 59/2- 155SM G 167.2 5 155SM L 426.39 185/2- 155SM G 409.8418 155SM L 500.002 47/2- 155SM L 617.5441 223/2+ 155SM L 657.48 75/2+ 155SM G 581.26 7 155SM G 603.9517 155SM L 736.933 10(7/2) 155SM L 778.74 15 3/2- 155SM G 762.1915 155SM L 819.882 51/2-,3/2- 155SM L 821.06 195/2- 155SM G 744.3224 155SM G 805.2 3 155SM L 842.8 43/2- 155SM G 842.8 4 155SM L 865.54 213/2+ 155SM G 811.7 4 155SM G 865.8525 155SM L 881.93 95/2+ 155SM G 828.89 9 155SM G 882.3 6 155SM L 903.468 51/2+,3/2+ 155SM L 908.20 95/2- 155SM G 780.7721 155SM G 855.1010 155SM L 915.527 51/2-,3/2- 155SM L 930.644 63/2- 155SM L 961.7 55/2-,7/2 155SM G 741.42 6 155SM L 967.73 231/2+,3/2+ 155SM G 967.7323 155SM L 984.452 45/2-,7/2+ 155SM L 1010.77 195/2+ 155SM L 1106.98 93/2+ 155SM G 1053.3719 5.711 155SM G 1090.8016 155SM G 1107.0014 155SM L 1154.433 215/2+ 155SM L 1169.28 193/2- 155SM G 1152.7319 155SM L 1217.7 7(5/2-) 155SM L 1282.438 41/2+,3/2+ 155SM L 1327.61 175/2+ 155SM G 1327.6017 155SM L 1335.8 75/2 155SM L 1362.09 63/2+ 155SM G 1308.76 7 155SM G 1346.3812 155SM L 1390.6 7 5/2 155SM L 1403.8 10 5/2 155SM L 1408.2 4 1/2+, 3/2+ 155SM L 1424.7 7 5/2 155SM L 1474.0 5 1/2-, 3/2- 155SM L 1478.0 9 1/2+, 3/2+ 155SM L 1481.6 8 1/2+, 3/2+ 155SM L 1499.30 20 1/2+, 3/2+ 155SM L 1503.1 12 5/2 155SM L 1524.80 10 1/2-, 3/2- 155SM L 1531.9 9 5/2+ 155SM L 1548.40 20 1/2+, 3/2+ 155SM L 1567.00 20 1/2-, 3/2- 155SM L 1570.9 8 1/2+, 3/2+ 155SM L 1584.6 3 1/2+, 3/2+ 155SM L 1600.8 3 1/2+, 3/2+ 155SM L 1614.5 3 1/2-, 3/2- 155SM L 1618.8 3 1/2-, 3/2- 155SM L 1658.7 3 5/2+ 155SM L 1665.9 9(5/2+) 155SM L 1671.2 3 1/2+, 3/2+ 155SM L 1678.1 8(5/2+) 155SM L 1696.5 6 5/2 155SM L 1708.2 12(5/2) 155SM L 1718.20 20 1/2-, 3/2- 155SM L 1723.9 3 1/2, 3/2 155SM L 1733.6 7 155SM L 1752.00 20 1/2-, 3/2- 155SM L 1774.2 3 1/2+, 3/2+ 155SM L 1787.9 5 1/2, 3/2 155SM L 1804.70 20 1/2-, 3/2- 155SM L 1821.4 6 5/2+ 155SM L 1830.7 10 5/2+ 155SM L 1833.20 20 1/2-, 3/2- 155SM L 1857.2 3 1/2-, 3/2- 155SM L 1864.9 6 1/2+, 3/2+ 155SM L 1875.70 20 1/2-, 3/2- 155SM L 1885.4 4 1/2+, 3/2+ 155SM L 1889.5 5 1/2-, 3/2- 155SM L 1899.4 10 5/2+ 155SM L 1904.5 4 1/2, 3/2 155SM L 1920.1 10 155SM L 1925.7 6 1/2-, 3/2- 155SM L 1929.1 7 1/2-, 3/2- 155SM L 1954.20 20 1/2, 3/2 155SM L 1965.2 6 1/2, 3/2 155SM L 1978.8 5 5/2+ 155SM L 1987.2 5 1/2+, 3/2+ 155SM L 5808.4 6 1/2+ 155SM G 5791.7 6 3.0 6