Theoretical Calculations of Proton Reaction Cross Sections in a Lead Target with Energy Ep  300 MeV
Volume 127 · Number 1 · July 1999 · Pages 113-122
Technical Paper · Radiation Measurements and Instrumentation
Jinfeng Zhou, Qingbiao Shen, Xiuquan Sun
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Various cross sections of the p+natPb reaction are calculated in the 5- to 300-MeV energy region based on nuclear reaction models, i.e., the optical, evaporation, and exciton models, and direct reaction theory. Comparison of the calculated results with the experimental data shows that our calculations are quite reasonable. Excitation functions of some long-lived radioactive nuclei and neutron multiplicity are predicted. For medium-energy, proton-induced natPb fission, an empirical formula is developed.
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