Investigation of atoms in electric fields: the Stark effect

A traditional model of the hydrogen particle in a static electric field is considered, basing upon the work [Hooker A. et al, Phys. Fire up. A, 55 (1997) 4609]. In that work the electrons should move along Kepler circles around the core, while communicating with the outer field. That traditional model imitates very well the genuine energy move of the direct Stark impact. The concurrence with the subsequent request impact is poor. It is appeared here that the outcomes for the quadratic Stark impact might be impressively improved in the event that the electrons are as yet permitted to move along traditional directions, yet whose starting conditions are factually examined from a circulation taking after the quantum mechanical one.