Abstract: The full set of micro data for p+^107,109Ag nuclear reaction with incident energy from threshold up to 200 MeV was obtained by theoretical calculation. Firstly, a set of Becchetti-Greenlees optical model potential parameters for p+^107,109Ag nuclear reaction with incident energy from threshold up to 340 MeV was obtained using optical model theory. The set of parameters is in good agreement with the experimental data. Secondly, based on this set of parameters, the cross sections of inelastic scattering for p+^107,109Ag nuclear reaction with incident energy from threshold up to 200 MeV were calculated using distorted wave Born approximation theory. Thirdly, all the cross sections and energy spectra for p+^107,109Ag nuclear reaction with incident energy from threshold up to 200 MeV were calculated using intra-nuclear cascade model and nuclear reaction statistical theory. Finally, all the calculation data were compared with the experimental data respectively and the results show that the full set of micro data is in good agreement with the experimental data.