58FE 57FE(N,G) E=THERMAL: {~EGAF} 58FE c Evaluated Gamma-ray Activation File (EGAF). 58FE2c Evaluated by R.B. Firestone (LBNL), December 2003. 58FE c BR$|s{-0}=2.5 3 (1981MuZQ) 58FE cG RI$Elemental |s(|g) assuming %Abundance=2.119 10 58FE N 47.19 22 58FE PN C 58FE2PN Thermal cross section in barns. 58FE cN NR$Isotopic |s(|g)=NR*RI. 58FE2cN Divide by |s{-0} for intensity per neutron capture. 58FE L 0.0 0+ 58FE L 810.72 32+ 58FE G 810.71 3 0.0274 9 58FE L 1674.52 62+ 58FE G 863.80 5 0.0072 4 58FE G 1674.49 6 0.007 10 58FE L 2133.63 213+ 58FE G 1322.90 21 0.0004 8 58FE G 2133.59 21 58FE L 2256.77 190+ 58FE G 1446.03 19 0.0014 25 58FE G 2256.72 19 58FE L 2781.83 101+ 62 FS 17 58FE G 525.07 200.00071 14 58FE G 1107.30 100.00109 24 58FE G 1971.08 10 0.0032 3 58FE G 2781.76 10 58FE L 2876.08 152+ 30 FS +17-8 58FE G 2065.32 15 0.003 4 58FE G 2876.00 15 58FE L 3084.34 172+ 47 FS 9 58FE G 2273.57 17 0.0039 8 58FE L 3244.0 30+ 31 FS +67-14 58FE G 2433.2 3 0.0014 4 58FE L 3537.22 231+ 10 FS 3 58FE G 1862.67 23 58FE G 2726.43 22 0.0022 5 58FE G 3537.11 23 58FE L 3630.0 52+ 26 FS +29-11 58FE G 2819.2 5 58FE G 3629.9 5 58FE L 3881.5 41+ 0.7 FS 7 58FE G 1099.7 4 58FE G 3070.7 4 0.0029 4 58FE G 3881.4 4 58FE L 4006 4 58FE G 4006 4 58FE L 4015.6 41+ 58FE G 4015.5 4 58FE L 4139.04 201+ 2.8 FS 21 58FE G 4138.88 20 0.0015 5 58FE L 4297.57 112+ 2.8 FS 21 58FE G 3486.74 11 0.0114 6 58FE G 4297.40 11 0.0036 5 58FE L 4322.17 161+ 11 FS 7 58FE G 1237.81 11 0.0035 3 58FE G 1446.07 16 0.0014 3 58FE G 2065.36 21 58FE G 4321.99 16 58FE L 4352.7 41+ 58FE G 4352.5 4 58FE L 4444.2 31+ 6 FS +28-6 58FE G 1662.3 3 58FE G 4444.0 3 58FE L 4550.42 201+ 21 FS 7 58FE G 1674.31 21 0.007 10 58FE G 2875.82 21 58FE G 3739.57 20 58FE L 4832.4 190,1,2 58FE G 4832.1 19 58FE L 5000.66 251+ 3.0 FS 10 58FE G 3326.04 24 0.0019 4 58FE G 4189.78 25 58FE G 5000.43 25 58FE L 5222.39 201,2 2.4 FS LT 58FE G 2138.01 11 0.0063 5 58FE G 4411.50 20 58FE G 5222.14 20 58FE L 5294.8 4(1+,2,3+) 3.5 FS 28 58FE G 2512.9 4 58FE G 3161.1 4 58FE G 4483.9 4 58FE G 5294.5 4 58FE L 5417.8 4(1+,2,3+) 0.7 FS LT 58FE G 867.4 4 0.007 8 58FE G 3284.1 4 58FE G 3743.2 4 58FE G 5417.5 4 58FE L 5523.1 160+ 58FE G 4712.2 16 58FE G 5522.9 16 58FE L 10044.65 140-,1- 58FE G 4521.3 16 58FE G 4626.6 4 0.0013 16 58FE G 4749.7 4 0.0012 16 58FE G 4822.04 23 0.0010 16 58FE G 5043.75 25 0.0033 6 58FE G 5212.0 19 58FE G 5493.96 22 0.0037 9 58FE G 5600.2 3 58FE G 5691.6 4 0.0010 17 58FE G 5722.18 20 0.0010 17 58FE G 5746.77 17 0.0010 17 58FE G 5905.29 22 58FE G 6028.7 4 58FE G 6162.8 4 0.0013 25 58FE G 6414.3 5 58FE G 6507.04 23 0.0034 7 58FE G 6959.86 21 0.004 8 58FE G 7168.10 20 58FE G 7262.33 16 0.0047 10 58FE G 8369.48 14 0.0050 7 58FE G 9233.14 14 58FE G 10043.72 14 58FE 57FE(N,G) E=THERMAL:^BUDAPEST 58FE c Budapest Reactor data measured with thermal beam. 58FE cG RI$Elemental |s(|g) assuming %Abundance=2.119 10 58FE N 45.5 21 58FE PN C 58FE2PN Thermal cross section in barns. 58FE L 0.0 0+ 58FE L 810.739 252+ 58FE G 810.71125 0.0274 9 58FE L 1674.57 52+ 58FE G 863.81 5 0.0072 4 58FE L 2133.5 33+ 58FE L 2256.54 150+ 58FE L 2781.95 101+ 62 FS 17 58FE G 525.6016 0.0007114 58FE G 1107.2515 0.0010924 58FE G 1971.0913 0.0032 3 58FE L 2875.59 172+ 30 FS +17-8 58FE L 3083.68 122+ 47 FS 9 58FE G 2272.7413 0.0039 8 58FE L 3243.6 30+ 31 FS +67-14 58FE G 2432.8 3 0.0014 4 58FE L 3537.12 231+ 10 FS 3 58FE G 2726.6 3 0.0022 5 58FE L 3630.0 72+ 26 FS +29-11 58FE L 3881.80 171+ 0.7 FS 7 58FE G 3070.9717 0.0029 4 58FE L 4006 4 58FE L 4015.6 41+ 58FE L 4139.3 31+ 2.8 FS 21 58FE G 4139.4 4 0.0015 5 58FE L 4297.70 92+ 2.8 FS 21 58FE G 3486.72 9 0.0114 6 58FE G 4299.0 3 0.0036 5 58FE L 4321.49 151+ 11 FS 7 58FE G 1237.7010 0.0035 3 58FE G 1446.1818 0.0014 3 58FE L 4352.7 41+ 58FE L 4444.2 41+ 6 FS +28-6 58FE L 4550.7 31+ 21 FS 7 58FE L 4832.3 210,1,2 58FE L 5000.65 251+ 3.0 FS 10 58FE G 3325.9 3 0.0019 4 58FE L 5221.75 151,2 2.4 FS LT 58FE G 2138.03 9 0.0063 5 58FE L 5294.8 5(1+,2,3+) 3.5 FS 28 58FE L 5417.8 5(1+,2,3+) 0.7 FS LT 58FE L 5523.1 210+ 58FE L 10044.53 170-,1- 58FE G 5043.5 4 0.0033 6 58FE G 5493.9 5 0.0037 9 58FE G 6507.3 3 0.0034 7 58FE G 7261.4 5 0.004710 58FE G 8369.2523 0.0050 7 58FE 57FE(N,G) E=THERMAL: ^L^A^N^L 1969FA05,1969RA10 58FE c For the energies and intensities of prompt gamma ray made 58FEAc by the capture of thermal neutron by 57Fe, I adopted the set adopted 58FEBc by Adams (1997) [XCI], who adopted Bhat (1997) [1997Bh02]. Bhat (1997) 58FECc adopted measurements by Kopecky et al. (1973) [1973Ko27] and Fanger et 58FEDc al. (1969) [1969Fa05]. These two sets of data agree well. The adopted 58FEEc data look good and is nearly complete (missing, e.g., 5% from the 58FEFc capture state). 58FE N 1.0 58FE PN C 58FE2PN Per 100 neutron captures. 58FE G 233.60 0.030 58FE G 238.70 0.070 58FE G 243.10 0.040 58FE G 252.60 0.050 58FE G 278.10 0.140 58FE G 854.40 0.100 58FE G 898.20 0.400 58FE G 1164.60 0.300 58FE G 1250.70 0.200 58FE G 1260.20 0.600 58FE G 1266.80 0.300 58FE G 1269.00 0.100 58FE G 1292.70 0.350 58FE G 1446.30 3.501 58FE G 1467.70 0.400 58FE G 1657.20 0.400 58FE G 2466.90 0.600 58FE G 2490.60 0.700 58FE G 3183.00 0.500 58FE G 3205.00 0.800 58FE G 3740.00 1.100 58FE G 3952.00 0.400 58FE G 3987.00 0.300 58FE G 4062.00 0.100 58FE G 4080.00 0.600 58FE G 4185.00 0.200 58FE G 4342.00 0.400 58FE G 4380.00 0.200 58FE G 4506.00 0.400 58FE G 4592.00 0.300 58FE G 4789.00 0.400 58FE G 4889.00 0.600 58FE G 5092.00 0.200 58FE G 5241.00 0.400 58FE G 5890.00 0.400 58FE G 6840.00 0.200 58FE L 0.0 0+ 58FE L 810.78 2+ 58FE G 810.48 66.000 58FE L 1674.75 2+ 58FE G 863.60 18.100 58FE G 1674.20 17.600 58FE L 2076.54 4+ 58FE L 2133.91 3+ 58FE G 459.30 0.390 58FE G 1322.50 1.100 58FE L 2257.96 0+ 58FE L 2600.42 4+ 58FE L 2782.14 1+ 58FE G 524.70 1.200 58FE G 1107.30 3.400 58FE G 1971.00 7.300 58FE G 2781.00 3.400 58FE L 2864.72 58FE L 2876.46 2+ 58FE G 2065.50 6.300 58FE G 2876.00 5.700 58FE L 3083.71 2+ 58FE G 2273.30 13.000 58FE L 3233.28 2+ 58FE L 3244.11 0+ 58FE G 2433.50 2.000 58FE L 3449.80 4+ 58FE L 3537.99 1+ 58FE G 1862.50 1.600 58FE G 2726.00 7.200 58FE G 3540.00 1.800 58FE L 3596.90 6+ 58FE L 3629.60 2+ 58FE G 2820.00 1.900 58FE L 3754.30 4+ 58FE L 3789.51 5- 58FE L 3860.80 3- 58FE L 3880.10 1+ 58FE G 1097.40 0.400 58FE G 3071.00 1.600 58FE G 3881.80 1.400 58FE L 3886.39 6+ 58FE L 3901.64 3+ 58FE L 4010.80 2+ 58FE G 4006.00 0.400 58FE L 4015.00 1+ 58FE L 4088.51 4+ 58FE L 4139.38 1+ 58FE G 4139.90 2.400 58FE L 4214.66 5- 58FE L 4297.80 2+ 58FE G 3486.00 1.000 58FE G 4298.10 1.000 58FE L 4312.94 2+ 58FE L 4322.60 1+ 58FE G 1238.70 0.200 58FE G 4322.10 2.100 58FE L 4352.70 1+ 58FE L 4444.30 1+ 58FE G 1662.50 0.900 58FE G 4443.00 0.700 58FE L 4493.10 58FE L 4530.17 1 58FE L 4550.99 1+ 58FE G 410.90 0.080 58FE G 1306.00 0.800 58FE L 4590.00 58FE L 4669.40 7- 58FE L 4833.90 1+ 58FE L 5000.25 1+ 58FE G 3326.00 5.700 58FE G 4189.00 0.300 58FE G 5001.00 1.500 58FE L 5220.90 1 58FE G 2137.60 0.700 58FE G 4411.00 0.500 58FE G 5223.00 0.600 58FE L 5294.90 58FE G 2513.50 1.600 58FE G 3162.00 1.400 58FE G 4483.00 0.500 58FE L 5343.28 8+ 58FE L 5415.00 58FE G 3280.00 0.300 58FE L 5502.90 8+ 58FE L 5523.20 0+ 58FE G 4712.00 0.600 58FE L 5832.05 9- 58FE L 6282.40 9 58FE L 7241.60 10 58FE L 7729.80 11- 58FE L 10044.60 58FE G 4521.00 0.800 58FE G 4626.50 3.300 58FE G 4749.80 3.000 58FE G 4823.90 2.400 58FE G 5044.00 10.700 58FE G 5212.00 0.600 58FE G 5493.90 10.900 58FE G 5600.20 1.100 58FE G 5691.60 2.500 58FE G 5721.80 2.500 58FE G 5747.00 2.400 58FE G 5905.60 2.500 58FE G 6028.70 1.200 58FE G 6163.10 3.300 58FE G 6414.30 1.600 58FE G 6506.40 6.800 58FE G 6960.70 10.501 58FE G 7163.00 0.600 58FE G 7262.20 11.400 58FE G 8369.70 11.800 58FE G 9233.70 2.200 58FE G 10044.10 2.700