Add to ORKGAbstract- In the present work a method for calcu-lation of emission spectra of atoms and ions in an alternating circular polarized electric field is pro-posed. The method allows one to investigate the energy structure of spectra, transition probabili-ties, and spectral line intensities depending on fre-quency and strength of the electric field. As an il-lustration, the emission spectrum of a helium atom is calculated at the electric field strength up to 1kV/cm. 1
In continuation of our earlier investigation (referred to hereafter as part I) where we considered t...
An analysis has been made of secondary emission spectra from copper and silver to discover the main ...
Author Institution: Department of Chemistry, University of MissouriHigh resolution polarization stud...
In this paper, a new theoretical method is suggested for calculating atomic emission spectra in stro...
A unified approach is developed for calculating profiles of spectral lines of atoms in an alternatin...
A short overview of the emission spectroscopy methods for measuring the macroscopic electric field i...
Radiation and collision processes in plasma are considered in the paper aiming at the investigation ...
In this work, emission spectra of Ne and Ar atoms in an inductive discharge are simulated. The influ...
In the present work, the influence of an alternating circularly polarized electric field on the ener...
A computer simulation of the spectral line profiles of the neon atom in an alternating circularly po...
We present a quantum-mechanical method to evaluate photoionization spectra of atoms in parallel appl...
Motivated by spectroscopic analysis of astrophysical and laboratory plasma, this thesis concerns the...
International audienceWhen a metastable hydrogen test beam is exposed to a constant or oscillating e...
The ridberg model, the model of the two-level atom and the Dicke's model are considered in the paper...
$^{*}$This work was done in part at the M.I.T. Computation Center, Cambridge, Mass.Author Institutio...
In continuation of our earlier investigation (referred to hereafter as part I) where we considered t...
An analysis has been made of secondary emission spectra from copper and silver to discover the main ...
Author Institution: Department of Chemistry, University of MissouriHigh resolution polarization stud...
In this paper, a new theoretical method is suggested for calculating atomic emission spectra in stro...
A unified approach is developed for calculating profiles of spectral lines of atoms in an alternatin...
A short overview of the emission spectroscopy methods for measuring the macroscopic electric field i...
Radiation and collision processes in plasma are considered in the paper aiming at the investigation ...
In this work, emission spectra of Ne and Ar atoms in an inductive discharge are simulated. The influ...
In the present work, the influence of an alternating circularly polarized electric field on the ener...
A computer simulation of the spectral line profiles of the neon atom in an alternating circularly po...
We present a quantum-mechanical method to evaluate photoionization spectra of atoms in parallel appl...
Motivated by spectroscopic analysis of astrophysical and laboratory plasma, this thesis concerns the...
International audienceWhen a metastable hydrogen test beam is exposed to a constant or oscillating e...
The ridberg model, the model of the two-level atom and the Dicke's model are considered in the paper...
$^{*}$This work was done in part at the M.I.T. Computation Center, Cambridge, Mass.Author Institutio...
In continuation of our earlier investigation (referred to hereafter as part I) where we considered t...
An analysis has been made of secondary emission spectra from copper and silver to discover the main ...
Author Institution: Department of Chemistry, University of MissouriHigh resolution polarization stud...