The effects of the perturbated ionization potential and the magnetic component on the relativistic transition rate

Abstract

In this paper we theoretically analyze the influence of the perturbated ionization potential and the component of the magnetic field on the transition rate, in a relativistic, linearly polarized laser field. The obtained results indicate that both effect play important roles during the ionization process, influence the rate, and must be considered. It is shown that a laser field influences the ionization potential of an electron strongly and causes that the rate curve shows significantly different behavior compared to the case with considered non-perturbated ionization potential.