69ZN 68ZN(N,G) E=THERMAL: {~EGAF} 69ZN c Evaluated Gamma-ray Activation File (EGAF). 69ZN2c Evaluated by R.B. Firestone (LBNL), December 2003. 69ZN c BR$|s{-0}=1.0 1 (1981MuZQ) 69ZN cG RI$Elemental |s(|g) assuming %Abundance=18.75 51 69ZN N 5.32 11 69ZN PN C 69ZN2PN Thermal cross section in barns. 69ZN cN NR$Isotopic |s(|g)=NR*RI. 69ZN2cN Divide by |s{-0} for intensity per neutron capture. 69ZN L 0.0 1/2- 69ZN L 438.637 259/2+ 13.76 H 2 69ZN G 438.634 18 69ZN L 531.44 35/2- 69ZN G 531.44 3 0.0163 20 69ZN L 834.78 3(3/2)- 69ZN G 834.77 3 0.037 5 69ZN L 872.67 4(5/2)+ 69ZN G 434.03 3 0.0128 16 69ZN L 1007.817 251/2-,3/2- 69ZN G 173.04 40.00088 11 69ZN G 1007.809 25 0.056 7 69ZN L 1252.08 51/2,3/2 69ZN G 417.30 4 0.0043 5 69ZN G 1252.07 5 0.0073 9 69ZN L 1594.07 9(1/2-,3/2-) 69ZN G 759.29 9 0.0039 5 69ZN G 1594.05 9 0.0051 6 69ZN L 1829.6 43/2- 69ZN G 1829.5 4 0.0035 8 69ZN L 1982.7 61/2-,3/2- 69ZN G 1451.2 6 0.0020 5 69ZN G 1982.6 6 69ZN L 2051.24 101/2-,3/2,5/2+ 69ZN G 1178.55 9 0.0102 13 69ZN G 1216.45 10 0.0032 8 69ZN L 2344.65 81/2,3/2,5/2+ 69ZN G 1813.18 8 0.0051 6 69ZN G 2344.60 8 0.0100 12 69ZN L 2378.7 31/2,3/2,5/2+ 69ZN G 2378.6 3 0.0039 5 69ZN L 2410.6 45/2+ 69ZN G 2410.5 4 69ZN L 2510.0 61/2-,3/2- 69ZN G 2510.0 6 69ZN L 2562.0 63/2+,5/2+ 69ZN G 2561.9 6 69ZN L 6482.07 101/2+ 69ZN G 3920.0 6 0.0020 5 69ZN G 3971.9 6 0.0012 3 69ZN G 4071.4 4 0.0036 5 69ZN G 4103.3 3 0.0089 21 69ZN G 4137.29 10 0.0205 25 69ZN G 4430.69 14 0.0055 13 69ZN G 4499.3 6 0.0032 8 69ZN G 4652.3 4 0.0059 7 69ZN G 4887.82 13 0.0080 10 69ZN G 5229.78 11 0.0044 5 69ZN G 5474.02 10 0.042 5 69ZN G 5647.05 10 0.0082 10 69ZN G 6481.75 10 0.0100 12 69ZN 68ZN(N,G) E=THERMAL:^BUDAPEST 69ZN c Budapest Reactor data measured with thermal beam. 69ZN cG RI$Elemental |s(|g) assuming %Abundance=18.75 51 69ZN N 5.32 11 69ZN PN C 69ZN2PN Thermal cross section in barns. 69ZN L 0.0 1/2- 69ZN L 438.74 119/2+ 13.76 H 2 69ZN G 438.7411 0.0022 3 69ZN L 531.44 35/2- 69ZN G 531.44 3 0.0163 6 69ZN L 834.77 3(3/2)- 69ZN G 834.78 3 0.0372 12 69ZN L 872.77 11(5/2)+ 69ZN G 434.03 3 0.0128 4 69ZN L 1007.832 241/2-,3/2- 69ZN G 173.36130.00088 14 69ZN G 1007.80625 0.0557 15 69ZN L 1252.08 51/2,3/2 69ZN G 417.30 5 0.0043 3 69ZN G 1252.09 9 0.0071 6 69ZN L 1594.05 9(1/2-,3/2-) 69ZN G 759.2916 0.0027 4 69ZN G 1594.0512 0.0048 6 69ZN L 1829.4 43/2- 69ZN G 1830.0 7 69ZN L 1982.6 71/2-,3/2- 69ZN G 1982.6 7 69ZN L 2051.32 151/2-,3/2,5/2+ 69ZN G 1178.54 9 0.0102 8 69ZN L 2344.62 81/2,3/2,5/2+ 69ZN G 1813.1912 0.0052 7 69ZN G 2344.6114 0.0095 12 69ZN L 2378.7 31/2,3/2,5/2+ 69ZN G 2378.7 3 0.0041 9 69ZN L 2410.6 45/2+ 69ZN G 2410.0 7 69ZN L 2510.0 71/2-,3/2- 69ZN G 2510.0 7 69ZN L 2562.0 73/2+,5/2+ 69ZN G 2561.9 7 69ZN L 6481.97 81/2+ 69ZN G 4070.9 5 0.0044 10 69ZN G 4137.2812 0.0196 23 69ZN G 4652.7 5 0.0062 11 69ZN G 4887.9 3 0.0077 18 69ZN G 5230.1 5 0.0037 10 69ZN G 5473.7412 0.040 4 69ZN G 5647.1 4 0.0074 12 69ZN G 6481.9 3 0.0089 13 69ZN 68ZN(N,G) E=THERMAL: ^L^A^N^L 1969RA10,1970BA21 69ZN c For the energies and intensities of the prompt gamma rays 69ZNAc from the capture of thermal neutrons by 68Zn, I adopted the reported 69ZNBc values of Bogdanov and Soroka (1972) [1972Bo75]. The six high-energy 69ZNCc gamma rays in Barchuk et al. (1970) [1970Ba21] are in good agreement 69ZNDc with those of Bogdanov and Soroka (1972). The values of Bogdanov and 69ZNEc Soroka (1972) were also adopted by Bhat (1989) [1989Bh08]. 69ZN c The adopted energies are not well determined, probably not 69ZNAc known to much better than a keV and often worse. The adopted energies 69ZNBc are consistent with the three 68Zn gamma rays in Ottmar et al. (1971) 69ZNCc [1971Ot01] and a number of gamma rays in Rasmussen et al. (1969) 69ZNDc [1969Ra10]. 69ZN c The adopted intensities are consistent (but often +-30% 69ZNAc different from) those of Rasmussen et al. (1969) converted to the 69ZNBc isotope of 68Zn and the three 68Zn lines in Ottmar et al. (1971). The 69ZNCc three sums (Eg*Ig, decay from the capture state, and decay into the 69ZNDc ground state) are only about 60%. As the results of adopted paper, 69ZNEc Bogdanov and Soroka (1972), are in fairly good agreement for the 69ZNFc adopted values for the other zinc isotopes, their values are adopted 69ZNGc here. The uncertainty is hard to determine, but probably is of the 69ZNHc order of tens of percent. 69ZN N 1.0 69ZN PN C 69ZN2PN Per 100 neutron captures. 69ZN G 2312.00 2.400 69ZN G 3192.00 0.500 69ZN L 0.0 1/2- 69ZN L 438.64 9/2+ 69ZN G 436.00 8.200 69ZN L 531.30 5/2- 69ZN G 532.00 6.500 69ZN L 834.46 3/2- 69ZN G 835.00 15.200 69ZN L 872.00 5/2+ 69ZN L 1007.66 3/2- 69ZN G 1007.00 23.500 69ZN L 1180.73 5/2- 69ZN L 1251.67 3/2 69ZN G 1252.00 3.400 69ZN L 1429.55 69ZN L 1458.30 5/2- 69ZN L 1595.00 (3/2-) 69ZN G 760.00 1.700 69ZN G 1594.00 2.400 69ZN L 1633.20 5/2+ 69ZN L 1828.01 3/2- 69ZN G 1830.00 1.400 69ZN L 1893.40 69ZN L 1983.30 3/2 69ZN G 1452.00 0.800 69ZN L 2032.80 5/2- 69ZN L 2054.30 (3/2+) 69ZN G 1180.00 4.000 69ZN G 1218.00 1.300 69ZN L 2343.80 (3/2+) 69ZN G 1812.00 2.000 69ZN G 2344.00 4.500 69ZN L 2377.10 (3/2+) 69ZN G 2378.00 1.500 69ZN L 2400.00 69ZN L 2504.00 69ZN L 2554.00 69ZN L 6482.20 69ZN G 3920.00 0.800 69ZN G 3972.00 0.500 69ZN G 4072.00 1.200 69ZN G 4106.00 3.600 69ZN G 4138.00 9.300 69ZN G 4426.00 2.200 69ZN G 4500.00 1.300 69ZN G 4652.00 2.200 69ZN G 4888.00 3.300 69ZN G 5230.00 1.900 69ZN G 5474.00 20.800 69ZN G 5647.00 3.800 69ZN G 6482.00 4.900