Applied Physics and Mathematics Annotation << Back ON THE INELASTIC INTERACTION POTENTIAL OF NUCLEI OF NUCLIDES V.M. MOSYAZH, I.N. OSTRESHOV, G.F. FILIPPOV Data on the limits of energy release in the baryon channels of direct and peripheral inelastic interaction of ions (with electric 93>z>0 and baryon 239>a>0 charges) of the nuclear cascade with nuclei of nuclides (97>Z>0 and 253>a>0) are presented. The dependence of the inelastic interaction potential of nuclei of nuclides, manifested in the amount of energy and causing its transmutation of nuclides, on the energy, z and a ions of the primary beam, the mass fraction, Z and a of actinides in the flow of particles of the nuclear cascade is confirmed. It is noted that the estimates of the power multiplication factor of a proton beam with energy of 10 GeV and 17 GeV in large-size depleted uranium targets (at least 10 and 14, respectively) are consistent with the experimental values obtained by irradiating protons with energy from 0.30 GeV to 0.66 GeV of such a target with mass of 3.5 t. Keywords: nuclear method, primary beam, ions and neutrons of the nuclear cascade, the conversion of nuclides, release of energy, waste management. DOI: 10.25791/pfim.06.2019.1043 Contacts: - Pp. 18-26.