A consistent uniform quantum approach to the solution of the nonstationary state problems
including the DC (Direct Current) strong-field Stark effect and also scattering problem is …

We present a generalization of the operator perturbation theory method for computing the
Stark resonances energies and widths in a case of multielectron atoms. The known …

An advanced version of relativistic energy formalism in the Auger spectroscopy of
multielectron atomic systems is developed in order to calculate the fundamental energetic …

New computational realization of the modified operator perturbation theory method to
computing the Stark resonances energies and widths for the non-hydrogenic (non-H) atomic …

We present the generalized energy approach to relativistic calculation of the autoionization
decay (resonances) energies and probabilities (widths) in the neutral multielectron atomic …

Summary We consider a 1-particle 3-dimensional Schrödinger operator with Coulomb
potential perturbed by a compactly supported function q (x)(x∈ R 3) and by an external …