P + < Sup > 107109 < / Sup > Ag Nuclear Data Calculation And Analysis

The problems such as the low utilization of nuclear fuel, the potentially dangerous for burying nuclear waste, the inherent security risk of critical reactor are encountered when the nuclear energy are gotten by using fission reactor. Accelerator-driven subcritical system (ADS) were proposed and designed for solving these problems. It needs lots of nuclear data for medium and high energy proton-induced nuclear reaction on heavy metal nuclei to design ADS. The data for p+107,109Ag reactions up to200.0MeV are included.The theoretical calculations and analysis of the data for p+107,109Ag reactions are important especially because the related experimental data are lack. The data of non-elastic cross sections, elastic scattering angular distributions, inelastic scattering, the cross sections of all the other reaction channels, energy spectrum and the double differential cross sections of six kinds of outgoing particles(n, p, a, d, t,3He) and γ for p+107,109Ag reactions up to200.0MeV were calculated using phenomenological optical model, distorted wave Born approximation theory, intra-nuclear cascade model, exciton model in which the pick-up mechanism was introduced, Hauser-Feshbach theory and evaporation model. And all the results are in good agreement with the experimental data. This set of data is important for constructing the nuclear database and designing ADS.