148SM 147SM(N,G) E=THERMAL: {~EGAF} 148SM c Evaluated Gamma-ray Activation File (EGAF). 148SM2c Evaluated by R.B. Firestone (LBNL), December 2003. 148SM c BR$|s{-0}=57 3 (1984MuZY) 148SM cG RI$Elemental |s(|g) assuming %Abundance=14.99 18 148SM N 6.67 8 148SM PN C 148SM2PN Thermal cross section in barns. 148SM cN NR$Isotopic |s(|g)=NR*RI. 148SM2cN Divide by |s{-0} for intensity per neutron capture. 148SM L 0.0 0+ 148SM L 550.11 92+ 148SM G 550.10 9 9.6 6 148SM L 1160.8 33- 0.6 PS +4-2 148SM G 610.7 3 2.3 4 148SM L 1180.29 184+ 148SM G 630.18 15 4.7 6 148SM L 1434.1 7 148SM G 884.0 7 0.26 6 148SM G 1434.1 7 148SM L 1455.8 52+ 148SM G 905.7 5 0.21 5 148SM G 1455.8 5 0.17 9 148SM L 1465.0 11 1- 148SM G 1465.0 11 0.32 17 148SM L 1593.6 55- 148SM G 413.4 6 0.92 22 148SM G 432.8 6 0.28 7 148SM G 1593.6 5 148SM L 1659.4 4(2,3,4+) 148SM G 1109.3 5 0.30 7 148SM G 1659.4 4 148SM L 1717.8 8 148SM G 1717.8 8 148SM L 1733.2 54+ 148SM G 572.4 6 0.47 11 148SM G 1183.1 5 0.26 6 148SM G 1733.2 5 148SM L 1894.0 74+ 148SM G 1343.9 7 0.37 9 148SM G 1894.0 7 148SM L 2031.8 84- 148SM G 2031.8 8 148SM L 2110.8 84+ 148SM G 2110.8 8 148SM L 2146.8 82+ 148SM G 2146.8 8 148SM L 2215.8 85+ 148SM G 2215.8 8 148SM L 2227.8 84+ 148SM G 2227.8 8 148SM L 2326.8 84+ 148SM G 2326.8 8 148SM L 2397.8 8 148SM G 2397.8 8 148SM L 2440.8 8 148SM G 2440.8 8 148SM L 2524.9 64+ 148SM G 2524.9 6 148SM L 2541.8 8 148SM G 2541.8 8 148SM L 2631.8 8 148SM G 2631.8 8 148SM L 2640.8 85+ 148SM G 2640.8 8 148SM L 2681.8 8 148SM G 2681.8 8 148SM L 2692.8 8 148SM G 2692.8 8 148SM L 2711.8 8 148SM G 2711.8 8 148SM L 2722.8 84+ 148SM G 2722.8 8 148SM L 2753.8 8 3+ 148SM G 2753.8 8 148SM L 2812.8 16 148SM G 2812.8 16 148SM L 2861.1 6 4-,5- 148SM G 2861.1 6 148SM L 2890.8 8 148SM G 2890.8 8 148SM L 2917.8 8 148SM G 2917.8 8 148SM L 2965.8 8 3+,4+ 148SM G 2965.8 8 148SM L 2991.8 8 3+,4+ 148SM G 2991.8 8 148SM L 3049.1 5 148SM G 3049.1 5 148SM L 3063.2 5 3- 148SM G 3063.2 5 148SM L 3088.8 8 2+,3- 148SM G 3088.8 8 148SM L 3106.8 8 3+,4+ 148SM G 3106.8 8 148SM L 3137.6 10 3(-),4(-) 148SM G 3137.5 10 148SM L 3163.8 8 3+,4+ 148SM G 3163.8 8 148SM L 3235.8 8 148SM G 3235.8 8 148SM L 3261.8 8 148SM G 3261.8 8 148SM L 3286.8 8 148SM G 3286.8 8 148SM L 3308.8 8 148SM G 3308.8 8 148SM L 3337.8 8 148SM G 3337.8 8 148SM L 3375.8 8 148SM G 3375.8 8 148SM L 3387.8 8 3-,4- 148SM G 3387.8 8 148SM L 3403.8 8 148SM G 3403.8 8 148SM L 3413.8 8 148SM G 3413.8 8 148SM L 3437.8 8 148SM G 3437.8 8 148SM L 3466.1 4 148SM G 3466.1 4 148SM L 3479.8 8 148SM G 3479.8 8 148SM L 3508.2 7 148SM G 3508.1 7 148SM L 3519.6 6 148SM G 3519.5 6 148SM L 3562.8 8 148SM G 3562.8 8 148SM L 3598.8 8 (3-,4-) 148SM G 3598.8 8 148SM L 3613.8 8 148SM G 3613.8 8 148SM L 3635.8 8 148SM G 3635.8 8 148SM L 3701.9 8 (3-,4-) 148SM G 3701.9 8 148SM L 3766.8 8 148SM G 3766.7 8 148SM L 3831.8 8 148SM G 3831.7 8 148SM L 3844.8 8 148SM G 3844.7 8 148SM L 3865.8 8 3-,4- 148SM G 3865.7 8 148SM L 3920.8 8 3-,4- 148SM G 3920.7 8 148SM L 3971.8 8 (3-,4-) 148SM G 3971.7 8 148SM L 4122.8 8 148SM G 4122.7 8 148SM L 8141.3 33-,4- 148SM G 4621.7 6 5.1 9 148SM G 4633.1 8 4.2 9 148SM G 4675.2 3 8.7 9 148SM G 5003.7 10 2.5 7 148SM G 5078.0 4 5.2 10 148SM G 5092.1 4 5.0 8 148SM G 5280.1 6 9.0 10 148SM G 5616.3 5 5.8 8 148SM G 6481.8 4 5.2 5 148SM 147SM(N,G) E=THERMAL:^BUDAPEST 148SM c Budapest Reactor data measured with thermal beam. 148SM cG RI$Elemental |s(|g) assuming %Abundance=14.99 18 148SM N 6.67 9 148SM PN C 148SM2PN Thermal cross section in barns. 148SM L 0.0 0+ 148SM L 550.06 82+ 148SM G 550.10 8 9.5 6 148SM L 1160.7 33- 0.6 PS +4-2 148SM G 610.6 3 2.1 6 148SM L 1180.25 164+ 148SM G 630.1914 5.0 7 148SM L 1434.0 8 148SM L 1455.05 132+ 148SM G 906.1 4 148SM G 1454.9114 148SM L 1465.0 10 1- 148SM L 1593.7 75- 148SM L 1659.5 4(2,3,4+) 148SM L 1717.8 7 148SM L 1733.4 74+ 148SM L 1893.9 84+ 148SM L 2031.8 74- 148SM L 2110.8 74+ 148SM L 2146.8 72+ 148SM L 2215.8 75+ 148SM L 2227.8 74+ 148SM L 2326.8 74+ 148SM L 2397.8 7 148SM L 2440.8 7 148SM L 2524.9 54+ 148SM L 2541.8 7 148SM L 2631.8 7 148SM L 2640.8 75+ 148SM L 2681.8 7 148SM L 2692.8 7 148SM L 2711.8 7 148SM L 2722.8 74+ 148SM L 2753.8 7 3+ 148SM L 2812.8 14 148SM L 2861.2 5 4-,5- 148SM L 2890.8 7 148SM L 2917.8 7 148SM L 2965.8 7 3+,4+ 148SM L 2991.8 7 3+,4+ 148SM L 3049.1 4 148SM L 3063.2 4 3- 148SM L 3088.8 7 2+,3- 148SM L 3106.8 7 3+,4+ 148SM L 3137.6 5 3(-),4(-) 148SM L 3163.8 7 3+,4+ 148SM L 3235.8 7 148SM L 3261.8 7 148SM L 3286.8 7 148SM L 3308.8 7 148SM L 3337.8 7 148SM L 3375.8 7 148SM L 3387.8 7 3-,4- 148SM L 3403.8 7 148SM L 3413.8 7 148SM L 3437.8 7 148SM L 3466.1 4 148SM L 3479.8 7 148SM L 3508.9 5 148SM L 3519.6 5 148SM L 3562.8 7 148SM L 3598.8 7 (3-,4-) 148SM L 3613.8 7 148SM L 3635.8 7 148SM L 3701.9 7 (3-,4-) 148SM L 3766.8 7 148SM L 3831.8 7 148SM L 3844.8 7 148SM L 3865.8 7 3-,4- 148SM L 3920.8 7 3-,4- 148SM L 3971.8 7 (3-,4-) 148SM L 4122.8 7 148SM L 8141.4 33-,4- 148SM G 4622.0 7 5.1 9 148SM G 4630.9 8 4.2 9 148SM G 4675.1 3 8.7 9 148SM G 5005.0 7 2.5 7 148SM G 5077.9 4 5.210 148SM G 5092.4 4 5.0 8 148SM G 5279.7 8 9.010 148SM G 5616.3 6 5.8 8 148SM G 6481.7 4 5.2 5