-
Abstract:
The radiative capture cross sections of natural Mo relative to the 197Au (n,γ) were measured in the 0.7—1.4MeV neutron energy range,using a large liquid scintillator detector and the time-of-flight method.In the 0.01—2.0MeV neutron energy range,the theoretical calculation of (n,γ) reaction cross section for Mo was performed.The result of calculation is compared with the experimental data.
-
-
References
[1]
|
B. C. Diven., et al.,Phys.Rev., 120(1960), 556.[2] Yu. Ya. Stavisskii,Soviet Progress in Neutron Phys. 227, Consult. Bureau, New York, 1961.[3] M. P. Fricke et al., 3rd Conf. on Neutron Cross-Sections and Technology, Vol. 1, p252, Univ. of Tenne-ssee, Knoxville, 1971.[4] T, C. Belanova, Sov. J. Atom. En., 8(1960), 549.[5] W. P. Poenitz, ANL-83-4 (I982), 239.[6] 徐海珊等,核技术,9(1986),5.[7] 徐海珊等,原子核物理,9(1987),127,[8] ENDF/B-V.[9] E. Vogt, Advances in Nucl. Phys., Vol, 1, p161, Plenutn, New York, 1978.[10] A. M. Lane et al., Nucl. Phys., 17(1960), 563, 586.[11] Y. K. Ho et al., Nucl. Phys., A406(1983), 1.[12] 刘建峰等,高能物理与核物理,3(1983),355.[13] F. D. Becchetti et al., Phys. Rev., 182(1969), 1190.[14] A. Gilbert et al., Can. J. Phys., 43(1965), 1446[15] D. Kompe, Nucl. Phys., A133(1969), 513.
|
-
-
Access
-
-