Abstract
A computer simulation code is designed to imitate the mass yield fragmentation cross-section as a result of high energy P-N interaction, as well as other effective distributions influencing it. The Monte-Carlo fragmentation is discussed in the framework of an equilibrium macrocanonical statistical model. The code is used to investigate the mass yield cross-section of U238 as well as the Coulomb potential distributions of U238, Au190, Ta181, Xe127, Cu64 nuclei. The comparison of predicted yield cross-section with experimental measurements exhibited tolerable agreement, furthermore, the binary fisson cross-section is formulated in terms of target and fragment mass numbers as well as the expectation values of Coulomb potential are formulated in terms of target and fragment atomic numbers,Z t andZ f, respectively.
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