SUPERTHIN SPLITTING OF NUCLEAR LEVELS AND SPATIAL STRUCTURE NEUTRON SUPERFLUOUS (GALO) NUCLEUS

Abstract

In the given work for calculation of superthin splitting are used the simplified approach to the description of electronic wave function of an ion 11Be+ and the cluster model of a nucleus 11Be. In thisapproach sensitivity of size of superthin anomaly (STA) distributions of magnetization and a charge in a nucleus is investigated. It is shown that with increase in charging radius the size of STA falls, and grows with increase in radius of magnetization which is caused by a valent neutron. At calculation of a kulon potential the final size of a nucleus is taken into account.