Determination of Energy Spectra By Using Proper Quantization Rule of Woods-Saxon Potential

In this study, the energy spectra of Schrodinger equation for non-zero l values considering Woods Saxon potential (WSP) is calculated using proper quantization rule, then binding energies (BE) random light nuclei obtained and optimized parameters such as depth (V0) surface thickness (a) are found. order to calculate levels with WSP, PQR method was used, which has not been considered before. quantum mechanics, exact solution systems, momentum, states can be found rule(PQR) method.Using Matlab calculation program, we have achieved numerical spectrum compared result experimental Nuclear Data Center (NDC) values. addition, four nuclei. Correlations between show facts about nuclear structure characteristics, origin, these Pearson’s correlation coefficient accepted most common coefficient. According Pearson coefficients, it observed that there a significant positive nucleons examined. Finally, plot E-V0-a diagrams those optimize provide appropriate coefficients. It shown good agreement results work