Abstract

The kinematical dependences of cross sections for the electrodisintegration of nuclei that is induced by high-energy electrons is studied within the shell model of the nucleus. It is proposed to identify the quantum numbers of nuclear shells by a method that involves the subtraction of quasielastic peaks. The effect of Coulomb resonances and quasireal photons on the formation of angular and energy distributions of electrons and protons in A(e, e′p)(A − 1) reactions is explored. The phenomenon of quasielastic-peak shift and broadening is interpreted.

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