108AG 107AG(N,G) E=THERMAL: {~EGAF} 108AG c Evaluated Gamma-ray Activation File (EGAF). 108AG2c Evaluated by R.B. Firestone (LBNL), December 2003. 108AG c BR$|s{-0}=37.6 12 (1981MuZQ) 108AG cG RI$Elemental |s(|g) assuming %Abundance=51.839 8 108AG N 1.9290 3 108AG PN C 108AG2PN Thermal cross section in barns. 108AG cN NR$Isotopic |s(|g)=NR*RI. 108AG2cN Divide by |s{-0} for intensity per neutron capture. 108AG L 0.0 1+ 108AG L 78.988 24 2- 1.2 NS 4 108AG G 78.91 4 3.9012 108AG L 109.440 76+ 108AG L 155.74 65+,6+ 108AG G 46.2610 0.011421 108AG L 192.943 241+ 0.5 NS LT 108AG G 113.931 4 0.048 6 108AG G 192.90 3 2.20 6 108AG L 206.400 222+ 0.2 NS LT 108AG G 127.474 6 0.007210 108AG G 206.46 3 3.58 7 108AG L 215.32 33+ 50 NS 3 108AG G 136.3310 0.030 4 108AG G 215.15 4 1.55 3 108AG L 294.421 222+ 0.14 NS LT 108AG G 87.944 4 0.022 3 108AG G 101.55 8 0.18920 108AG G 294.39 3 2.0512 108AG L 324.74 43+ 108AG G 117.886 4 108AG G 324.40 8 0.074 7 108AG L 338.28 3 3- 0.11 NS LT 108AG G 131.806 6 0.0091 10 108AG G 259.17 3 1.55725 108AG L 364.14 43+,4+ 108AG G 148.79 3 0.214 6 108AG L 379.06 3 1- 0.14 NS LT 108AG G 172.6314 0.031 7 108AG L 408.3642 20 3+ 0.14 NS LT 108AG L 465.641 3 0- 108AG L 471.88 53+,4+ 108AG G 147.11 4 0.114 5 108AG L 484.73 6 4-,5- 108AG G 328.99 3 0.79512 108AG L 508.19 4 2- 0.2 NS LT 108AG G 129.0013 0.017 4 108AG G 301.75 7 0.18715 108AG G 429.09 7 0.25311 108AG L 516.86 43- 0.14 NS LT 108AG G 178.32 4 0.208 8 108AG G 437.71315 0.07910 108AG L 542.75 5 3- 108AG G 204.02 9 0.08822 108AG G 464.0412 0.23620 108AG L 563.88 3 2+ 0.14 NS LT 108AG G 155.2211 0.08113 108AG G 239.10 4 0.32711 108AG G 372.1 3 0.09 3 108AG G 563.91 5 0.191 6 108AG L 578.92 50-,2- 108AG G 499.97 4 0.26513 108AG L 587.33 5(4)- 108AG G 249.15 6 0.087 7 108AG L 598.24 53-,4- 108AG G 113.51 6 0.52 3 108AG G 519.1 3 0.017 6 108AG L 606.22 4 1- 108AG G 227.0122 0.03014 108AG G 311.84 8 0.064 7 108AG G 399.87 7 0.093 6 108AG G 412.9917 0.027 6 108AG G 527.23 5 0.37110 108AG L 611.54 42+,3+ 108AG G 396.25 4 0.138 6 108AG G 404.8917 0.027 7 108AG L 615.95 153+ 108AG G 291.2115 0.039 7 108AG L 616.75 3 2- 108AG G 237.63 3 0.26 5 108AG G 322.19 9 0.072 7 108AG G 410.31 6 0.142 6 108AG G 616.89 4 0.20 4 108AG L 645.13 4(3)+ 108AG G 320.36 6 0.091 7 108AG G 350.99 9 0.14512 108AG G 565.9010 0.068 5 108AG L 656.52 73+,4+ 108AG G 248.17 7 0.073 7 108AG G 331.6520 0.025 8 108AG L 678.97 31- 108AG G 299.95 3 1.15 5 108AG G 472.6810 0.065 7 108AG G 485.6813 0.098 7 108AG G 599.87 4 0.37 3 108AG G 680.4824 0.05011 108AG L 702.84 15 3-,4- 108AG G 365.4123 0.16 4 108AG L 705.41 51-,2- 108AG G 626.41 4 0.39 6 108AG L 708.43 3 (2)- 108AG G 110.24 7 0.27322 108AG G 191.39 3 1.81 5 108AG G 384.3113 0.12822 108AG G 629.49920 0.12 3 108AG L 712.6 6 108AG L 715.51 4 1-,2- 108AG G 522.43 9 0.125 7 108AG G 636.53 4 0.3111 108AG L 719.18 41-,2- 108AG G 380.90 3 1.59 3 108AG G 640.18 4 0.24 6 108AG L 765.09 5 2- 108AG G 386.1813 0.19224 108AG G 558.8313 0.041 9 108AG G 572.10 6 0.080 6 108AG G 685.8 3 0.08120 108AG L 779.66 5(2,3)- 108AG G 236.85 4 1.95 3 108AG G 263.9 3 0.031 9 108AG G 307.64 9 0.051 7 108AG G 441.79 8 0.18121 108AG L 799.58 5 3- 108AG G 201.31 6 0.45 3 108AG G 212.30 4 0.26 4 108AG L 803.73 5 2- 108AG G 286.91 4 0.40025 108AG G 465.37 6 0.46 3 108AG L 819.08 6 2- 108AG G 439.6912 0.21611 108AG G 819.26 8 0.291 6 108AG L 858.18 5(2,3)- 108AG G 349.95 3 0.70 4 108AG G 479.36 7 0.09512 108AG L 858.44 3(2,3,4+) 108AG G 652.04120 0.11719 108AG L 869.15 33+ 108AG G 574.77 3 0.299 7 108AG G 662.5511 0.08812 108AG L 880.25 4 2+ 108AG G 664.91 3 0.32922 108AG G 687.48 8 0.35 5 108AG L 900.26 11 1- 108AG G 392.4017 0.06712 108AG G 521.0214 0.064 6 108AG L 942.05 123- 108AG G 603.7712 0.045 8 108AG L 960.05 52- 108AG G 244.56 6 0.14620 108AG G 881.01 7 0.178 7 108AG L 967.72 8(3,4-) 108AG G 262.31 6 0.16111 108AG L 974.50 4 2- 108AG G 175.10 7 0.066 7 108AG G 295.2218 0.10 4 108AG G 895.48 3 0.376 8 108AG L 1001.805 81+,2- 108AG L 1002.43 5 1+,2- 108AG G 438.2612 0.19111 108AG G 708.1 3 0.017 5 108AG G 796.15 8 0.38 4 108AG G 808.8114 0.055 7 108AG G 923.8010 0.051 8 108AG L 1012.35 7 2-,3- 108AG G 674.07 6 0.09416 108AG L 1013.044 241+,2,3+ 108AG G 143.94 4 0.121 5 108AG G 401.61 8 0.076 6 108AG G 718.17 6 0.19912 108AG G 1013.11 3 0.69813 108AG L 1034.36 143+ 108AG G 255.0620 0.013 5 108AG G 1034.0219 0.07310 108AG L 1051.39 5(1+) 108AG G 756.6 4 0.04612 108AG G 845.1914 0.08519 108AG G 1051.36 5 0.225 8 108AG L 1051.62 7(2-) 108AG G 232.6116 0.05211 108AG G 857.2 3 0.04517 108AG G 972.69 7 0.078 9 108AG L 1079.09 52 108AG G 433.98 7 0.017 3 108AG G 670.53 7 0.10417 108AG G 1079.6813 0.16515 108AG L 1079.38 15 2-,3-,4- 108AG G 279.0519 0.05917 108AG G 376.71 9 0.29413 108AG L 1096.89 7(3)+ 108AG G 611.9818 0.09 3 108AG G 771.8 3 0.04425 108AG G 890.54 8 0.064 8 108AG L 1106.42 52+ 108AG G 326.8710 0.070 5 108AG G 781.2111 0.09422 108AG G 812.10 6 0.131 5 108AG L 1109.19 83+ 108AG G 497.57 8 0.157 9 108AG G 902.4617 0.029 9 108AG L 1111.59 8 1+ 108AG G 646.1316 0.051 7 108AG G 702.9 3 0.012 4 108AG G 746.2119 0.08810 108AG G 918.9711 0.12422 108AG L 1144.40 51+ 108AG G 580.4913 0.060 9 108AG G 938.04 5 0.186 6 108AG G 950.9118 0.043 5 108AG L 1175.54 51,2 108AG G 597.4419 0.027 7 108AG G 960.13 4 0.19910 108AG G 969.6212 0.052 8 108AG L 7271.41 80-,1- 108AG G 6165.1 3 0.044 4 108AG G 6219.7 3 0.063 4 108AG G 6258.5 3 0.059 5 108AG G 6268.8024 0.146 7 108AG G 6296.9 4 0.021 3 108AG G 6310.9 3 0.029 3 108AG G 6372.7 9 0.11 4 108AG G 6390.2 7 0.013 3 108AG G 6453.7 7 0.013 3 108AG G 6467.2 6 0.013 3 108AG G 6553.2 4 0.010525 108AG G 6557.7 8 0.005623 108AG G 6563.1 8 0.015 3 108AG G 6567.2 5 0.048 4 108AG G 6617.019 0.004912 108AG G 6692.1 5 0.010 3 108AG G 6707.6 3 0.083 7 108AG G 6807.5 5 0.021 3 108AG G 6892.1 3 0.079 6 108AG G 6933.9 6 0.009 3 108AG G 6977.2 3 0.121 8 108AG G 7065.3 3 0.103 8 108AG G 7078.5 3 0.29113 108AG G 7271.8 3 0.28414 108AG 107AG(N,G) E=THERMAL:^BUDAPEST 108AG c Budapest Reactor data measured with thermal beam. 108AG cG RI$Elemental |s(|g) assuming %Abundance=51.839 8 108AG N 1.9290 3 108AG PN C 108AG2PN Thermal cross section in barns. 108AG L 0.0 1+ 108AG L 78.988 24 2- 1.2 NS 4 108AG G 78.91 4 3.9012 108AG CG RI$From intensity balance. Measured value 1.69 24 is 108AG2CG inconsistent with feeding intensity. 108AG L 109.440 76+ 108AG L 155.74 65+,6+ 108AG G 46.2610 0.011421 108AG L 192.943 241+ 0.5 NS LT 108AG G 113.931 4 0.048 6 108AG G 192.90 3 2.20 6 108AG L 206.400 222+ 0.2 NS LT 108AG G 127.474 6 0.007210 108AG G 206.46 3 3.58 7 108AG L 215.32 33+ 50 NS 3 108AG G 136.3310 0.030 4 108AG G 215.15 4 1.55 3 108AG L 294.421 222+ 0.14 NS LT 108AG G 87.944 4 0.022 3 108AG G 101.55 8 0.18920 108AG G 294.39 3 2.0512 108AG L 324.74 43+ 108AG G 117.886 4 108AG G 324.40 8 0.074 7 108AG L 338.28 3 3- 0.11 NS LT 108AG G 131.806 6 0.0091 10 108AG G 259.17 3 1.55725 108AG L 364.14 43+,4+ 108AG G 148.79 3 0.214 6 108AG L 379.06 3 1- 0.14 NS LT 108AG G 172.6314 0.031 7 108AG L 408.3642 20 3+ 0.14 NS LT 108AG L 465.641 3 0- 108AG L 471.88 53+,4+ 108AG G 147.11 4 0.114 5 108AG L 484.73 6 4-,5- 108AG G 328.99 3 0.79512 108AG L 508.19 4 2- 0.2 NS LT 108AG G 129.0013 0.017 4 108AG G 301.75 7 0.18715 108AG G 429.09 7 0.25311 108AG L 516.86 43- 0.14 NS LT 108AG G 178.32 4 0.208 8 108AG G 437.71315 0.07910 108AG L 542.75 5 3- 108AG G 204.02 9 0.08822 108AG G 464.0412 0.23620 108AG L 563.88 3 2+ 0.14 NS LT 108AG G 155.2211 0.08113 108AG G 239.10 4 0.32711 108AG G 372.1 3 0.09 3 108AG G 563.91 5 0.191 6 108AG L 578.92 50-,2- 108AG G 499.97 4 0.26513 108AG L 587.33 5(4)- 108AG G 249.15 6 0.087 7 108AG L 598.24 53-,4- 108AG G 113.51 6 0.52 3 108AG G 519.1 3 0.017 6 108AG L 606.22 4 1- 108AG G 227.0122 0.03014 108AG G 311.84 8 0.064 7 108AG G 399.87 7 0.093 6 108AG G 412.9917 0.027 6 108AG G 527.23 5 0.37110 108AG L 611.54 42+,3+ 108AG G 396.25 4 0.138 6 108AG G 404.8917 0.027 7 108AG L 615.95 153+ 108AG G 291.2115 0.039 7 108AG L 616.75 3 2- 108AG G 237.63 3 0.26 5 108AG G 322.19 9 0.072 7 108AG G 410.31 6 0.142 6 108AG G 616.89 4 0.20 4 108AG L 645.13 4(3)+ 108AG G 320.36 6 0.091 7 108AG G 350.99 9 0.14512 108AG G 565.9010 0.068 5 108AG L 656.52 73+,4+ 108AG G 248.17 7 0.073 7 108AG G 331.6520 0.025 8 108AG L 657.743 22 3- 108AG G 657.74122 2.36 3 108AG L 678.97 31- 108AG G 299.95 3 1.15 5 108AG G 472.6810 0.065 7 108AG G 485.6813 0.098 7 108AG G 599.87 4 0.37 3 108AG G 680.4824 0.05011 108AG L 702.84 15 3-,4- 108AG G 365.4123 0.16 4 108AG L 705.41 51-,2- 108AG G 626.41 4 0.39 6 108AG L 708.43 3 (2)- 108AG G 110.24 7 0.27322 108AG G 191.39 3 1.81 5 108AG G 384.3113 0.12822 108AG G 629.49920 0.12 3 108AG L 712.6 6 108AG L 715.51 4 1-,2- 108AG G 522.43 9 0.125 7 108AG G 636.53 4 0.3111 108AG L 719.18 41-,2- 108AG G 380.90 3 1.59 3 108AG G 640.18 4 0.24 6 108AG L 765.09 5 2- 108AG G 386.1813 0.19224 108AG G 558.8313 0.041 9 108AG G 572.10 6 0.080 6 108AG G 685.8 3 0.08120 108AG L 779.66 5(2,3)- 108AG G 236.85 4 1.95 3 108AG G 263.9 3 0.031 9 108AG G 307.64 9 0.051 7 108AG G 441.79 8 0.18121 108AG L 799.58 5 3- 108AG G 201.31 6 0.45 3 108AG G 212.30 4 0.26 4 108AG L 803.73 5 2- 108AG G 286.91 4 0.40025 108AG G 465.37 6 0.46 3 108AG L 819.08 6 2- 108AG G 439.6912 0.21611 108AG G 819.26 8 0.291 6 108AG L 858.18 5(2,3)- 108AG G 349.95 3 0.70 4 108AG G 479.36 7 0.09512 108AG L 858.44 3(2,3,4+) 108AG G 652.04120 0.11719 108AG L 869.15 33+ 108AG G 574.77 3 0.299 7 108AG G 662.5511 0.08812 108AG L 880.25 4 2+ 108AG G 664.91 3 0.32922 108AG G 687.48 8 0.35 5 108AG L 900.26 11 1- 108AG G 392.4017 0.06712 108AG G 521.0214 0.064 6 108AG L 942.05 123- 108AG G 603.7712 0.045 8 108AG L 960.05 52- 108AG G 244.56 6 0.14620 108AG G 881.01 7 0.178 7 108AG L 967.72 8(3,4-) 108AG G 262.31 6 0.16111 108AG L 974.50 4 2- 108AG G 175.10 7 0.066 7 108AG G 295.2218 0.10 4 108AG G 895.48 3 0.376 8 108AG L 1001.805 81+,2- 108AG L 1002.43 5 1+,2- 108AG G 438.2612 0.19111 108AG G 708.1 3 0.017 5 108AG G 796.15 8 0.38 4 108AG G 808.8114 0.055 7 108AG G 923.8010 0.051 8 108AG L 1012.35 7 2-,3- 108AG G 674.07 6 0.09416 108AG L 1013.044 241+,2,3+ 108AG G 143.94 4 0.121 5 108AG G 401.61 8 0.076 6 108AG G 718.17 6 0.19912 108AG G 1013.11 3 0.69813 108AG L 1034.36 143+ 108AG G 255.0620 0.013 5 108AG G 1034.0219 0.07310 108AG L 1051.39 5(1+) 108AG G 756.6 4 0.04612 108AG G 845.1914 0.08519 108AG G 1051.36 5 0.225 8 108AG L 1051.62 7(2-) 108AG G 232.6116 0.05211 108AG G 857.2 3 0.04517 108AG G 972.69 7 0.078 9 108AG L 1079.09 52 108AG G 433.98 7 0.12718 108AG G 670.53 7 0.10417 108AG G 1079.6813 0.16515 108AG L 1079.38 15 2-,3-,4- 108AG G 279.0519 0.05917 108AG G 376.71 9 0.29413 108AG L 1096.89 7(3)+ 108AG G 611.9818 0.09 3 108AG G 771.8 3 0.04425 108AG G 890.54 8 0.064 8 108AG L 1106.42 52+ 108AG G 326.8710 0.070 5 108AG G 781.2111 0.09422 108AG G 812.10 6 0.131 5 108AG L 1109.19 83+ 108AG G 497.57 8 0.157 9 108AG G 902.4617 0.029 9 108AG L 1111.59 8 1+ 108AG G 646.1316 0.051 7 108AG G 702.9 3 0.012 4 108AG G 746.2119 0.08810 108AG G 918.9711 0.12422 108AG L 1144.40 51+ 108AG G 580.4913 0.060 9 108AG G 938.04 5 0.186 6 108AG G 950.9118 0.043 5 108AG L 1175.54 51,2 108AG G 597.4419 0.027 7 108AG G 960.13 4 0.19910 108AG G 969.6212 0.052 8 108AG L 7271.41 80-,1- 108AG G 6165.1 3 0.044 4 108AG G 6219.7 3 0.063 4 108AG G 6258.5 3 0.059 5 108AG G 6268.8024 0.146 7 108AG G 6296.9 4 0.021 3 108AG G 6310.9 3 0.029 3 108AG G 6372.7 9 0.11 4 108AG G 6390.2 7 0.013 3 108AG G 6453.7 7 0.013 3 108AG G 6467.2 6 0.013 3 108AG G 6553.2 4 0.010525 108AG G 6557.7 8 0.005623 108AG G 6563.1 8 0.015 3 108AG G 6567.2 5 0.048 4 108AG G 6617.019 0.004912 108AG G 6692.1 5 0.010 3 108AG G 6707.6 3 0.083 7 108AG G 6807.5 5 0.021 3 108AG G 6892.1 3 0.079 6 108AG G 6933.9 6 0.009 3 108AG G 6977.2 3 0.121 8 108AG G 7065.3 3 0.103 8 108AG G 7078.5 3 0.29113 108AG G 7271.8 3 0.28414