188RE 187RE(N,G) E=THERMAL: {~EGAF} 188RE c Evaluated Gamma-ray Activation File (EGAF). 188RE2c Evaluated by R.B. Firestone (LBNL), December 2003. 188RE c BR$|s{-0}=76.4 10 (1984MuZY) 188RE cG RI$Elemental |s(|g) assuming %Abundance=62.60 2 188RE N 1.5974 5 1.5974 5 188RE PN C 188RE2PN Thermal cross section in barns. 188RE cN NR$Isotopic |s(|g)=NR*RI. 188RE2cN Divide by |s{-0} for intensity per neutron capture. 188RE L 0.0 1- 188RE L 63.5824 19(2)- 188RE G 63.5823 19 8.0 14 188RE L 156.046 3(3)- 188RE G 92.4636 23 1.07 6 188RE G 156.046 3 0.067 12 188RE L 169.444 3(3)- 188RE G 105.8617 25 1.77 8 188RE G 169.444 3 0.068 11 188RE L 172.069 7(6)- 18.6 M 1 188RE G 2.625 8 188RE G 15.93 1 188RE L 182.744 5 20.3 NS 18 188RE G 13.3 1 188RE L 205.342 4 (2)- 3.7 NS 3 188RE G 141.760 4 1.46 8 188RE G 205.342 4 0.37 8 188RE L 207.853 4(0,1)+ 3.8 NS 2 188RE G 207.853 4 4.44 21 188RE L 230.909 3(2,3)+ 21.4 NS 15 188RE G 74.8633 24 1.29 8 188RE G 167.327 3 1.46 6 188RE L 256.924 3(2)- 0.2 NS LT 188RE G 87.4804 25 0.113 19 188RE G 193.342 3 0.43 3 188RE G 256.924 3 0.66 23 188RE L 284.599 3 (2,3,4)- 188RE G 115.155 3 0.28 3 188RE G 128.553 4 0.105 12 188RE L 287.126 5 (2,3,4)- 188RE G 117.682 5 0.023 5 188RE G 131.080 4 0.42 5 188RE G 223.544 5 0.083 9 188RE L 290.665 6(1)- 0.2 NS LT 188RE G 85.323 7 0.109 21 188RE G 227.083 6 1.78 12 188RE G 290.665 6 3.5 4 188RE L 300.210 4 (2+) 1.5 NS 2 188RE G 92.356 3 0.25 4 188RE G 130.766 4 0.023 7 188RE G 144.164 4 0.053 9 188RE G 236.627 4 1.45 10 188RE G 300.210 4 0.70 5 188RE L 316.932 4 (1-,2-,3-) 188RE G 111.590 3 0.45 5 188RE G 147.488 5 0.026 7 188RE L 325.868 5 (2,3,4)- 188RE G 143.124 4 0.090 15 188RE G 156.424 4 0.73 8 188RE G 169.822 5 0.023 8 188RE L 343.2 6 188RE L 346.579 5(0,1,2)+ 188RE G 138.725 5 0.19 3 188RE G 141.236 6 0.060 10 188RE L 352.447 24 188RE G 121.538 24 0.026 6 188RE G 183.003 24 0.021 5 188RE G 196.401 24 0.067 24 188RE L 360.882 5(5)+ 5.6 NS 8 188RE G 129.973 4 0.090 15 188RE G 178.138 5 0.26 3 188RE G 188.813 6 0.98 10 188RE L 362.713 9 (1,2,3)- 188RE G 72.047 9 0.41 5 188RE G 206.667 9 0.055 9 188RE G 299.130 9 0.151 14 188RE G 362.712 9 0.46 3 188RE L 372.079 4 (1,2,3-) 188RE G 87.480 3 188RE G 115.155 3 0.43 5 188RE G 166.737 5 0.028 5 188RE G 189.335 6 0.020 6 188RE G 202.635 3 0.07 3 188RE G 216.033 4 0.30 7 188RE G 308.497 4 0.072 12 188RE G 372.079 4 0.077 18 188RE L 429.754 5 188RE G 142.628 7 0.011 3 188RE G 145.155 5 0.28 3 188RE G 247.010 7 0.060 13 188RE L 439.753 7(1 TO 4)+ 188RE G 208.843 7 0.98 10 188RE G 234.411 8 0.028 6 188RE G 283.707 7 0.0075 23 188RE L 448.201 8 188RE G 161.075 7 0.075 9 188RE G 163.602 8 0.010 3 188RE L 462.087 7 - 188RE G 145.155 5 0.44 5 188RE G 306.041 7 0.026 8 188RE L 470.138 9 - 188RE G 107.425 3 0.352 25 188RE G 117.691 25 188RE G 213.213 10 0.0083 23 188RE G 264.796 10 0.017 5 188RE G 406.555 9 0.18 4 188RE L 482.152 5(1,2)+ 0.26 NS 10 188RE G 181.942 5 0.388 25 188RE G 251.243 5 1.80 23 188RE G 274.298 5 0.80 6 188RE G 276.810 7 0.078 25 188RE L 499.723 5 + 188RE G 153.144 7 0.0053 23 188RE G 199.513 5 1.02 10 188RE L 511.74 3 188RE G 211.53 3 0.27 5 188RE L 523.049 5 188RE G 150.970 4 0.24 3 188RE G 197.181 7 0.014 5 188RE G 206.117 7 0.011 4 188RE G 238.450 5 0.147 24 188RE G 340.305 7 0.030 9 188RE L 541.552 11 188RE G 178.839 6 0.20 3 188RE G 224.619 11 0.018 5 188RE G 241.342 11 0.049 12 188RE G 310.642 11 0.011 4 188RE L 550.21 11 188RE G 189.33 11 0.284 24 188RE L 556.81 6 (LE 3) 188RE G 348.96 6 0.045 15 188RE G 493.23 6 0.10 3 188RE G 556.81 6 0.13 4 188RE L 558.3 6 188RE L 575.44 4 188RE G 135.69 4 0.05 3 188RE G 223.00 4 0.023 6 188RE G 258.51 4 0.013 5 188RE L 582.158 9(1,2,3)- 0.2 NS LT 188RE G 219.445 7 0.67 9 188RE G 291.492 8 0.94 7 188RE G 374.304 10 0.08 3 188RE G 376.816 10 0.083 16 188RE G 426.112 9 0.13 3 188RE G 518.575 9 0.24 6 188RE L 609.04 3 (LE 3) 188RE G 246.33 3 0.091 14 188RE G 318.37 3 0.25 3 188RE G 352.11 3 0.116 16 188RE G 609.04 3 0.25 3 188RE L 628.868 21 188RE G 117.129 25 0.014 3 188RE G 146.716 21 0.0075 23 188RE G 158.730 20 0.15 4 188RE G 266.155 20 0.125 15 188RE G 282.289 21 0.018 6 188RE G 328.658 21 0.048 10 188RE G 423.525 21 0.12 3 188RE L 647.302 18 188RE G 284.590 17 0.27 5 188RE L 680.09 5 (LE 3) 188RE G 123.28 4 0.013 4 188RE G 317.38 5 0.083 17 188RE G 389.43 5 0.075 20 188RE L 704.1 3 188RE L 722.8 4 188RE L 736.9 3 188RE L 745.4 6 188RE L 754.6 3 188RE L 757.662 11 (LE 3)+ 188RE G 275.510 9 0.51 4 188RE L 783.1 7 188RE L 791.4 4 188RE L 798.40 24 188RE L 808.9 5 188RE L 822.4 3 188RE L 831.6 4 188RE L 851.1 4 188RE L 859.1 3 188RE L 870.9 4 188RE L 883.8 4 188RE L 898.6 5 188RE L 913.0 5 188RE L 944.5 4 188RE L 955.4 3 188RE L 978.3 3 188RE L 983.1 3 188RE L 5871.75 6 2+,3+ 188RE G 4888.6 3 0.141 25 188RE G 4893.4 3 0.081 17 188RE G 4916.3 3 0.102 21 188RE G 4927.2 4 0.038 9 188RE G 4958.7 5 0.14 3 188RE G 4973.1 5 0.15 3 188RE G 4987.9 4 0.17 4 188RE G 5000.8 4 0.17 4 188RE G 5012.60 25 0.18 3 188RE G 5020.6 4 0.098 23 188RE G 5040.1 4 0.047 10 188RE G 5049.3 3 0.16 3 188RE G 5062.8 5 0.035 9 188RE G 5073.28 23 0.43 5 188RE G 5080.3 4 0.098 23 188RE G 5088.6 7 0.023 7 188RE G 5117.1 3 0.076 16 188RE G 5126.3 6 0.025 6 188RE G 5134.8 3 0.25 6 188RE G 5148.9 4 0.028 7 188RE G 5167.6 3 0.14 3 188RE G 5191.58 8 0.046 10 188RE G 5224.37 7 0.081 20 188RE G 5242.80 7 0.063 18 188RE G 5262.63 7 0.010 3 188RE G 5289.51 6 0.011 3 188RE G 5296.23 7 0.014 4 188RE G 5313.3 6 0.07 3 188RE G 5314.86 9 0.083 20 188RE G 5348.62 6 0.20 3 188RE G 5359.93 7 0.026 6 188RE G 5371.95 6 0.090 19 188RE G 5389.52 6 0.011 3 188RE G 5401.53 6 0.0053 23 188RE G 5409.58 6 0.013 4 188RE G 5431.91 6 0.011 4 188RE G 5499.59 6 0.075 16 188RE G 5508.95 6 0.031 8 188RE G 5519.22 7 0.014 4 188RE G 5528.4 6 0.008 8 188RE G 5545.79 6 0.072 16 188RE G 5554.73 6 0.066 15 188RE G 5571.45 6 0.047 10 188RE G 5581.00 6 0.047 12 188RE G 5584.54 6 0.008 3 188RE G 5614.74 6 0.092 17 188RE G 5640.75 6 0.031 8 188RE G 5666.32 6 0.040 11 188RE G 5688.91 6 0.120 17 188RE G 5702.21 6 0.100 16 188RE G 5715.61 6 0.086 16 188RE G 5808.07 6 0.030 6 188RE G 5871.65 6 0.299 23 188RE 187RE(N,G) E=THERMAL:^BUDAPEST 188RE c Budapest Reactor data measured with thermal beam. 188RE cG RI$Elemental |s(|g) assuming %Abundance=62.60 2 188RE N 1.5974 5 188RE PN C 188RE2PN Thermal cross section in barns. 188RE L 0.0 1- 188RE L 63.5820 25(2)- 188RE L 156.15 5(3)- 188RE G 93.7315 0.16 3 188RE L 169.40 4(3)- 188RE G 105.82 4 1.91 8 188RE L 172.067 9(6)- 18.6 M 1 188RE L 182.744 6 20.3 NS 18 188RE L 205.17 4 (2)- 3.7 NS 3 188RE G 141.52 5 1.46 8 188RE G 205.1813 0.37 8 188RE L 207.90 3(0,1)+ 3.8 NS 2 188RE G 207.92 4 4.4421 188RE L 230.83 3(2,3)+ 21.4 NS 15 188RE G 74.76 5 1.29 8 188RE G 167.30 4 1.46 6 188RE L 257.02 4(2)- 0.2 NS LT 188RE G 193.29 5 0.43 3 188RE G 257.15 6 1.5222 188RE L 284.598 4 (2,3,4)- 188RE L 287.127 6 (2,3,4)- 188RE L 290.56 4(1)- 0.2 NS LT 188RE G 84.7013 0.10921 188RE G 227.04 5 1.7812 188RE G 290.66 6 3.5 4 188RE L 300.21 3 (2+) 1.5 NS 2 188RE G 92.33 5 1.14 6 188RE G 130.83 7 0.43 3 188RE G 236.59 5 1.4510 188RE G 300.03 6 0.70 5 188RE L 316.67 6 (1-,2-,3-) 188RE G 111.50 4 1.80 7 188RE L 325.97 10 (2,3,4)- 188RE G 156.5910 0.73 8 188RE L 343.2 6 188RE L 346.579 6(0,1,2)+ 188RE L 352.66 7 188RE G 196.51 4 0.06724 188RE L 360.83 5(5)+ 5.6 NS 8 188RE G 177.7013 0.26 3 188RE G 188.82 5 1.11 5 188RE L 362.82 4 (1,2,3)- 188RE G 362.82 5 0.46 3 188RE L 371.94 6 (1,2,3-) 188RE G 114.85 6 0.43 5 188RE G 202.2 3 0.07 3 188RE G 216.7622 0.30 7 188RE G 372.1 3 0.07718 188RE L 429.755 7 188RE L 439.753 9(1 TO 4)+ 188RE L 448.202 10 188RE L 462.12 17 - 188RE G 145.4516 0.44 5 188RE L 470.16 6 - 188RE G 107.40 7 0.35225 188RE G 406.4210 0.18 4 188RE L 482.21 4(1,2)+ 0.26 NS 10 188RE G 181.92 5 0.38825 188RE G 251.45 6 1.8023 188RE G 274.30 8 0.80 6 188RE G 278.1 3 0.07825 188RE L 499.725 6 + 188RE L 511.74 3 188RE L 523.3 3 188RE G 197.8 3 0.08421 188RE L 542.05 10 188RE G 178.8912 0.20 3 188RE G 240.9323 0.04912 188RE G 312.7119 0.13 3 188RE L 550.88 13 188RE G 190.0512 0.28424 188RE L 556.32 24 (LE 3) 188RE G 492.7125 0.10 3 188RE L 558.3 7 188RE L 574.9 3 188RE G 135.1 3 0.05 3 188RE L 582.13 8(1,2,3)- 0.2 NS LT 188RE G 219.34 8 0.67 9 188RE G 426.0117 0.13 3 188RE G 518.3419 0.24 6 188RE L 609.12 7 (LE 3) 188RE G 246.4713 0.09114 188RE G 318.8216 0.25 3 188RE G 352.0012 0.11616 188RE G 608.7217 0.25 3 188RE L 628.91 9 188RE G 158.8325 0.15 4 188RE G 266.08 8 0.12515 188RE L 647.302 22 188RE L 679.69 19 (LE 3) 188RE G 389.1319 0.07520 188RE L 704.1 3 188RE L 722.8 4 188RE L 736.9 3 188RE L 745.4 6 188RE L 754.6 3 188RE L 757.72 12 (LE 3)+ 188RE G 275.5111 0.51 4 188RE L 783.1 7 188RE L 791.4 4 188RE L 798.37 20 188RE L 808.9 5 188RE L 822.4 3 188RE L 831.6 4 188RE L 851.1 4 188RE L 859.15 22 188RE L 870.9 4 188RE L 883.8 4 188RE L 898.6 5 188RE L 913.0 5 188RE L 944.5 4 188RE L 955.44 24 188RE L 978.3 3 188RE L 983.0 3 188RE L 5871.77 10 2+,3+ 188RE G 4889.0 6 0.14125 188RE G 4916.2 4 0.10221 188RE G 5012.4 3 0.18 3 188RE G 5073.4124 0.43 5 188RE G 5224.5 6 0.08120 188RE G 5242.5 5 0.06318 188RE G 5315.1 8 0.08320 188RE G 5349.5 5 0.20 3 188RE G 5359.4 6 0.12825 188RE G 5400.2 5 0.08717 188RE G 5545.5 3 0.07216 188RE G 5555.1 4 0.06615 188RE G 5614.7 4 0.09217 188RE G 5666.7 6 0.04011 188RE G 5689.4 3 0.12017 188RE G 5702.3 4 0.10016 188RE G 5871.6221 0.29923