Engineering Physics Annotation << Back THE QUESTION OF THE COMPARATIVE STUDY OF THE DEFORMATIONAL AND THE CRYSTAL-QUARK MODELS А.А. KOLESNIKOV, E.А. KOLESNIKOVA The article discusses some problems related to the crystal-quark model of nucleons interaction. The comparative study of the Deformational model and the crystal-quark model is undertaken. It is shown, that magnetic force between nucleons in the Deformational model is the alternative substitution of the electrodipole interaction used in crystal-quark model. The bottleneck of the crystal-quark model is effective dipole length evaluation. In the Deformational model the evaluation of the infl uence of elementary particles mutual orientation on the value of magnetic force is still problematic. The nuclear-binding energy calculated using Deformational model are in better agreement with experimental data than the nuclear-binding energy calculated based on crystal-quark model. Keywords: nucleons, proton, neutron, nuclear forces, the Deformational model, crystal-quark model, crystal nucleus structure. Contacts: E-mail: kolesnikovalex.gm@gmail.com, E-mail: alko.gm@gmail.com Pp. 15-18.