10BE 9BE(N,G) E=THERMAL: {~EGAF} 10BE c Evaluated Gamma-ray Activation File (EGAF). 10BE2c Evaluated by R.B. Firestone (LBNL), December 2003. 10BE c BR$|s{-0}=0.0076 8 (1981MuZQ) 10BE cG RI$Elemental |s(|g) assuming %Abundance=100 10BE N 1.0 10BE PN C 10BE2PN Thermal cross section in barns. 10BE cN NR$Isotopic |s(|g)=NR*RI. 10BE2cN Divide by |s{-0} for intensity per neutron capture. 10BE L 0.0 0+ 1.51E6 Y 6 10BE L 3368.056 252+ 125 FS 12 10BE G 3367.448 250.00285 22 10BE L 5958.43 32+ 55 FS LT 10BE G 2590.014 190.00191 15 10BE G 5956.53 31.46E-0412 10BE L 5960.76 121- 10BE G 5958.85 12 6.8E-6 8 10BE L 6180.16 50+ 10BE G 219.40 10 4.5E-06 6 10BE G 2811.68 51.05E-0512 10BE L 6264.53 52- 10BE G 304.24 13 2.3E-06 5 ? 10BE G 2896.02 41.16E-0513 10BE L 6812.10 31-,2- 10BE G 547.55 41.09E-0510 10BE G 631.92 4 1.8E-05 4 10BE G 853.630 120.00208 24 10BE G 3443.406 20 0.00098 7 10BE G 6809.61 3 0.0058 5 10BE 9BE(N,G) E=THERMAL:^BUDAPEST 10BE c Budapest Reactor data measured with thermal beam. 10BE cG RI$Elemental |s(|g) assuming %Abundance=100 10BE N 1.0 10BE PN C 10BE2PN Thermal cross section in barns. 10BE L 0.0 0+ 1.51E6 Y 6 10BE L 3368.09 42+ 125 FS 12 10BE G 3367.48 4 0.0029 3 10BE L 5958.47 42+ 55 FS LT 10BE G 2590.01425 0.0018817 10BE G 5956.60 91.46E-0413 10BE L 5960.81 1- 10BE L 6180.20 50+ 0.8 PS +3-2 10BE G 219.3910 4.7E-06 8 10BE G 2811.66161.04E-0514 10BE L 6264.56 5 2- 10BE G 2896.17111.13E-0514 10BE L 6812.14 41-,2- 10BE G 547.58 41.02E-0510 10BE G 631.92 41.12E-0511 10BE G 853.63111 0.0016515 10BE G 3443.42 4 0.00099 9 10BE G 6809.5810 0.0062 6 10BE 9BE(N,G) E=THERMAL: ^L^A^N^L 1966GR18,1979JUZU 10BE c The energies of the gamma rays are calculated from the 10BEAc level energies of Ajzenberg-Selove (1988) [1988Aj01]. These energies 10BEBc are in good agreement with measured gamma-ray energies and are 10BECc probably good to a few tenths of a keV. The intensities of Kennett et 10BEDc al. (1986) [1986Ke14] were adopted for the six most intense gamma 10BEEc rays. The intensities of five weak gamma rays are from Jurney (1979) 10BEFc [1979JuZU], whose data for the strongest gamma rays agree well with 10BEGc those of Kennett et al. (1986). The data appear very good. 10BE N 1.0 10BE PN C 10BE2PN Per 100 neutron captures. 10BE L 0.0 0+ 10BE L 3368.03 2+ 10BE G 3367.42 33.100 10BE L 5958.39 2+ 10BE G 2590.00 22.600 10BE G 5956.49 1.490 10BE L 5959.90 1- 10BE L 6179.30 0+ 10BE G 219.40 0.050 10BE G 2810.85 0.130 10BE L 6263.30 2- 10BE G 2894.82 0.150 10BE L 6812.37 10BE G 549.05 0.160 10BE G 633.05 0.240 10BE G 853.94 23.500 10BE G 3443.70 10.600 10BE G 6809.88 65.500