33S 32S(N,G) E=THERMAL: {~EGAF} 33S c Evaluated Gamma-ray Activation File (EGAF). 33S 2c Evaluated by R.B. Firestone (LBNL), December 2003. 33S c BR$|s{-0}=0.53 4 (1981MuZQ) 33S cG RI$Elemental |s(|g) assuming %Abundance=94.93 31 33S N 1.053 3 33S PN C 33S 2PN Thermal cross section in barns. 33S cN NR$Isotopic |s(|g)=NR*RI. 33S 2cN Divide by |s{-0} for intensity per neutron capture. 33S L 0.0 3/2+ 33S L 841.004 13 1/2+ 1.17 PS 3 33S G 840.993 13 0.347 6 33S L 1967.17 35/2+ 104 FS 14 33S G 1126.16 40.00004613 33S G 1967.11 30.00357 18 33S L 2313.441 17 3/2+ 107 FS 17 33S G 346.26 3 1.3E-043 33S G 1472.401 140.00870 19 33S G 2313.354 170.00366 13 33S L 2867.714 235/2+ 19 FS 8 33S G 2026.65 20.00006 1 33S G 2867.580 230.00425 15 33S L 2935.15 177/2- 28 PS 2 33S G 967.96 179.8E-05 22 33S G 2935.01 178.3E-05 20 33S L 2968.60 157/2+ 62 FS 11 33S L 3220.757 17 3/2- 28 FS 8 33S G 353.041 17 0.00164 6 33S G 907.303 14 0.00138 5 33S G 1253.56 3 0.00078 4 33S G 2379.661 14 0.208 5 33S G 3220.588 17 0.117 5 33S L 3832.1 75/2+ 31 FS 6 33S G 863.0 2 0.00002 1 33S G 1518.7 74.7E-05 21 33S G 3831.9 7 1.6E-045 33S L 3934.84 63/2+ 24 FS 5 33S G 1067.11 62.8E-05 21 33S G 1621.36 61.9E-05 10 33S G 1967.60 7 6E-05 3 33S G 3093.68 6 8E-05 3 33S G 3934.59 6 0.00035 6 33S L 4055.44 17 1/2+ 12 FS 8 33S G 4055.17 17 0.00029 5 33S L 4144.42 55/2 24 FS 5 33S G 923.65 5 1.1E-043 33S G 1209.24 17 1.3E-043 33S G 4144.14 50.00139 12 33S L 4210.89 43/2- 32 FS 5 33S G 1897.39 4 0.00204 9 33S G 3369.70 4 0.0271 5 33S L 4423.89 11 (1/2+,3/2) 19 FS 9 33S G 2110.38 11 1.1E-044 33S G 2456.62 12 0.00031 4 33S G 3582.68 11 0.00031 5 33S G 4423.57 110.00085 25 33S L 4918.04 4 1/2- 90 FS 25 33S G 707.15 5 1.0E-043 33S G 862.59 17 1.0E-043 33S G 983.19 6 0.00032 3 33S G 1697.24 30.01254 25 33S G 4076.77 4 0.00052 8 33S G 4917.65 40.00053 16 33S L 5286.43 14(1/2,3/2,5/2+) 33S G 2972.85 140.00095 10 33S G 4445.11 140.00065 11 33S L 5480.15 191/2+ 33S G 4638.79 190.00059 18 33S G 5479.66 19 1.0E-045 33S L 5613.09 51/2+ 33S G 1678.21 8 33S G 4771.72 5 0.00060 9 33S L 5711.00 3 1/2- 33S G 97.91 49.2E-05 12 33S G 1500.07 5 2.0E-043 33S G 2490.14 3 0.0125 3 33S G 3397.37 30.00544 15 33S G 4869.61 3 0.0650 13 33S G 5710.47 3 0.00094 7 33S L 5888.52 33/2- 33S G 970.46 5 6E-05 3 33S G 1677.59 5 0.00036 5 33S G 1744.06 5 0.00098 5 33S G 2667.65 3 0.00345 9 33S G 3020.66 4 0.00101 8 33S G 3921.10 40.00065 11 33S G 5047.10 3 0.0163 4 33S G 5887.96 30.00373 17 33S L 6425.01 3(1/2,3/2)- 33S G 2214.04 4 0.00201 9 33S G 2280.50 6 0.00054 6 33S G 5583.50 3 0.0086 3 33S G 6424.34 3 0.00057 5 33S L 6676.89 4(1/2+ TO 5/2+) 33S G 2465.90 5 0.00039 5 33S G 2532.37 6 2.4E-045 33S G 3455.94 3 0.00094 6 33S G 3808.94 4 0.00036 4 33S G 4363.14 40.00215 18 33S G 4709.35 4 0.00047 8 33S G 5835.33 3 0.00074 7 33S G 6676.16 40.00172 11 33S L 7187.88 33/2- 33S G 6346.22 3 8E-05 3 33S G 7187.04 30.00171 12 33S L 7416.05 3(1/2,3/2)- 33S G 6574.34 30.00056 10 33S G 7415.15 30.00249 18 33S L 7488.47 11 (1/2,3/2,5/2+) 33S G 7487.56 11 1.7E-044 33S L 7506.48 3(1/2,3/2,5/2+) 33S G 6664.75 3 0.00115 9 33S G 7505.56 30.00108 16 33S L 7615.93 4(1/2+,3/2,5/2+) 33S G 5648.23 5 0.00027 5 33S L 8368.25 3(1/2,3/2,5/2+) 33S G 7526.32 3 9E-05 4 33S G 8367.11 3 1.4E-044 33S L 8641.809 25 1/2+ 33S G 273.560 20.000354 18 33S G 1025.87 3 0.00078 4 33S G 1135.312 16 0.00243 8 33S G 1153.32 11 0.00029 4 33S G 1225.738 140.00342 10 33S G 1453.893 18 0.00261 9 33S G 1964.86 30.00659 22 33S G 2216.722 170.01206 23 33S G 2753.16 3 0.0277 5 33S G 2930.67 3 0.0832 13 33S G 3028.56 5 0.00073 7 33S G 3161.50 19 0.00058 7 33S G 3355.19 14 0.00109 9 33S G 3723.54 4 0.0133 3 33S G 4217.63 11 0.00109 8 33S G 4430.60 4 0.0262 6 33S G 5420.574 24 0.308 7 33S G 5773.55 3 0.00041 4 33S G 6327.717 25 0.00065 6 33S G 7799.815 24 0.0144 5 33S G 8640.594 25 0.0098 7 33S 32S(N,G) E=THERMAL:^BUDAPEST 33S c Budapest Reactor data measured with thermal beam. 33S cG RI$Elemental |s(|g) assuming %Abundance=94.93 31 33S N 1.053 3 33S PN C 33S 2PN Thermal cross section in barns. 33S L 0.0 3/2+ 33S L 841.035 13 1/2+ 1.17 PS 3 33S G 841.01314 0.348 6 33S L 1967.22 55/2+ 104 FS 14 33S G 1967.0810 0.0035319 33S L 2313.385 21 3/2+ 107 FS 17 33S G 1472.32925 0.0087019 33S G 2313.29 5 0.0036613 33S L 2867.58 35/2+ 19 FS 8 33S G 2867.44 7 0.0042216 33S L 2935.2 27/2- 28 PS 2 33S L 2968.6 17/2+ 62 FS 11 33S L 3220.645 22 3/2- 28 FS 8 33S G 353.05 3 0.00165 6 33S G 907.28 3 0.00139 5 33S G 1253.52 5 0.00076 4 33S G 2379.50 4 0.208 3 33S G 3220.36 6 0.124420 33S L 3831.6 25/2+ 31 FS 6 33S L 3934.66 93/2+ 24 FS 5 33S G 3934.0 4 0.00040 8 33S L 4055.0 4 1/2+ 12 FS 8 33S G 4054.7 4 0.00030 7 33S L 4144.18 65/2 24 FS 5 33S G 4143.9114 0.0014214 33S L 4210.75 43/2- 32 FS 5 33S G 1897.32 6 0.0020510 33S G 3369.48 6 0.0272 5 33S L 4423.78 13 (1/2+,3/2) 19 FS 9 33S G 2456.6223 0.00032 6 33S G 3582.3 3 0.00030 6 33S L 4917.89 3 1/2- 90 FS 25 33S G 983.19 9 0.00034 4 33S G 1697.19 3 0.0125425 33S G 4075.4 4 0.00053 8 33S L 5286.28 11(1/2,3/2,5/2+) 33S G 2972.5 4 0.0009711 33S G 4445.1 3 0.0006312 33S L 5479.97 171/2+ 33S L 5612.75 81/2+ 33S G 4771.1 4 0.0005510 33S L 5710.76 3 1/2- 33S G 97.83 8 2.1E-04 3 33S G 1500.1515 2.1E-04 4 33S G 2490.04 4 0.0125 3 33S G 3397.15 7 0.0054515 33S G 4869.19 9 0.065213 33S G 5710.2418 0.00094 7 33S L 5888.26 33/2- 33S G 1677.2619 0.00033 6 33S G 1744.04 6 0.00099 5 33S G 2667.59 5 0.00345 9 33S G 3020.6613 0.00101 8 33S G 5046.6910 0.0164 4 33S G 5887.6314 0.0037618 33S L 6424.81 4(1/2,3/2)- 33S G 2214.1713 0.00198 9 33S G 2280.4023 0.00054 8 33S G 5583.1711 0.0086 3 33S G 6424.3 3 0.00059 6 33S L 6676.57 6(1/2+ TO 5/2+) 33S G 2465.8625 0.00042 7 33S G 3455.8 4 0.00094 6 33S G 3808.9719 0.00037 5 33S G 4362.7616 0.0021713 33S G 4708.8 5 0.0004610 33S G 5834.9521 0.00073 8 33S G 6675.4720 0.0017813 33S L 7187.69 53/2- 33S G 7186.5822 0.0017714 33S L 7415.82 4(1/2,3/2)- 33S G 7414.6622 0.0025720 33S L 7488.39 10 (1/2,3/2,5/2+) 33S L 7506.23 4(1/2,3/2,5/2+) 33S G 6664.4 3 0.0011911 33S G 7504.3 5 0.0011413 33S L 7615.81 7(1/2+,3/2,5/2+) 33S G 5648.4 4 0.00027 6 33S L 8368.15 3(1/2,3/2,5/2+) 33S L 8641.55 3 1/2+ 33S G 273.59 40.00036019 33S G 1025.73 6 0.00078 5 33S G 1135.30 3 0.00244 8 33S G 1153.2113 0.00030 4 33S G 1225.70 3 0.0034310 33S G 1453.82 4 0.00260 9 33S G 1964.87 9 0.0065823 33S G 2216.66 4 0.0120423 33S G 2753.09 5 0.0277 5 33S G 2930.59 5 0.083213 33S G 3029.3116 0.00070 7 33S G 3161.4519 0.00053 8 33S G 3355.0912 0.00110 9 33S G 3723.34 7 0.0133 3 33S G 4217.4917 0.00109 9 33S G 4430.28 9 0.0263 6 33S G 5420.2410 0.309 7 33S G 5773.6 3 0.00043 5 33S G 6326.7 3 0.00068 7 33S G 7799.4418 0.0145 5 33S G 8640.3 3 0.0103 8 33S 32S(N,G) E=THERMAL: ^L^A^N^L 1970OR05,1985KE08,1985RA15 33S c The energies and intensities adopted for the gamma rays 33S Ac produced by the capture of thermal neutrons by 32S are those of Raman 33S Bc et al. (1985) [1985Ra15]. They are in good agreement with the 33S Cc measurements of Kennett et al. (1985) [1985Ke08] for gamma rays with 33S Dc energies above 1697 keV. The set is complete and very good. 33S N 1.0 33S PN C 33S 2PN Per 100 neutron captures. 33S G 856.44 0.037 33S G 1092.48 0.062 33S G 1164.71 0.027 33S G 1677.96 0.079 33S G 6958.30 0.044 33S L 0.0 3/2+ 33S L 841.00 1/2+ 33S G 840.97 66.585 33S L 1967.18 5/2+ 33S G 1967.13 0.791 33S L 2313.45 3/2+ 33S G 346.19 0.027 33S G 1472.41 1.776 33S G 2313.40 0.753 33S L 2867.72 5/2+ 33S G 2867.54 0.926 33S L 2935.20 7/2- 33S G 967.91 0.020 33S G 2935.00 0.017 33S L 2968.60 7/2+ 33S L 3220.75 3/2- 33S G 353.03 0.272 33S G 907.32 0.274 33S G 1253.59 0.185 33S G 2379.66 44.390 33S G 3220.59 23.932 33S L 3832.10 5/2+ 33S G 1518.70 0.010 33S G 3831.90 0.033 33S L 3934.87 3/2+ 33S G 1067.10 0.006 33S G 1621.40 0.004 33S G 1967.60 0.012 33S G 3093.70 0.015 33S G 3934.70 0.056 33S L 4047.80 9/2+ 33S L 4055.52 1/2+ 33S G 4055.20 0.056 33S L 4094.00 7/2+ 33S L 4144.49 5/2 33S G 923.48 0.023 33S G 1209.23 0.026 33S G 4144.36 0.272 33S L 4210.95 3/2- 33S G 1897.48 0.407 33S G 3369.78 5.153 33S L 4374.90 1/2+ 33S L 4423.83 (3/2) 33S G 2110.30 0.023 33S G 2456.12 0.062 33S G 3582.74 0.069 33S G 4423.50 0.174 33S L 4729.40 9/2- 33S L 4746.00 (3/2-) 33S L 4865.70 11/2- 33S L 4918.09 1/2- 33S G 707.07 0.021 33S G 862.55 0.021 33S G 983.20 0.054 33S G 1697.30 2.605 33S G 4076.20 0.068 33S G 4917.70 0.108 33S L 4942.00 (7/2-) 33S L 5209.00 33S L 5273.00 33S L 5282.00 33S L 5286.10 (3/2+) 33S G 2973.00 0.135 33S G 4444.10 0.154 33S L 5480.10 1/2+ 33S G 4638.80 0.122 33S G 5479.70 0.021 33S L 5613.15 1/2+ 33S G 4771.10 0.141 33S L 5711.06 1/2- 33S G 97.90 0.018 33S G 1500.15 0.039 33S G 2490.22 2.605 33S G 3397.51 1.081 33S G 4869.56 12.545 33S G 5710.40 0.176 33S L 5726.00 33S L 5888.56 3/2- 33S G 970.00 0.012 33S G 1744.06 0.191 33S G 2667.72 0.733 33S G 3020.35 0.203 33S G 3920.99 0.133 33S G 5047.14 3.127 33S G 5888.09 0.733 33S L 6425.10 (3/2-) 33S G 2214.00 0.463 33S G 2280.54 0.110 33S G 5583.68 1.447 33S G 6424.72 0.108 33S L 6676.98 (5/2+) 33S G 2465.84 0.073 33S G 2532.07 0.050 33S G 3455.75 0.185 33S G 3809.20 0.064 33S G 4363.14 0.303 33S G 4708.70 0.098 33S G 5835.61 0.158 33S G 6676.13 0.305 33S L 7187.98 3/2- 33S G 6345.80 0.016 33S G 7187.19 0.297 33S L 7416.15 (3/2-) 33S G 6574.93 0.116 33S G 7415.31 0.434 33S L 7488.49 (3/2+) 33S G 7487.60 0.035 33S L 7506.58 (3/2+) 33S G 6664.82 0.222 33S G 7505.60 0.158 33S L 7616.02 (3/2+) 33S G 5648.40 0.058 33S G 7614.90 0.050 33S L 8368.35 (3/2+) 33S G 7528.20 0.019 33S G 8366.80 0.029 33S L 8641.91 1/2+ 33S G 273.56 0.066 33S G 1025.87 0.156 33S G 1135.31 0.479 33S G 1153.40 0.039 33S G 1225.74 0.656 33S G 1453.90 0.546 33S G 1964.84 1.370 33S G 2216.73 2.567 33S G 2753.26 5.539 33S G 2930.71 16.791 33S G 3029.10 0.179 33S G 3161.60 0.143 33S G 3355.35 0.156 33S G 3723.68 2.605 33S G 4217.53 0.220 33S G 4430.75 4.864 33S G 5420.58 58.286 33S G 5773.80 0.069 33S G 6327.79 0.124 33S G 7799.77 2.644 33S G 8640.45 1.776