Add to ORKGThe aim of the work is to investigate the symptoms of electron correlations and oscillations of the nuclei in the near-threshold absorption spectrum region. The new one-centre method for calculation of the one-electron wave functions permitted to investigate firstly the influence of electron correlations in the original and finite transition states on the absolute photoabsorption sections in the ionization threshold region have been calculated. The processes of single and multiple ionization excitation have been taken into consideration. Application field: absorption spectra, electron spectraAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
Si on néglige la corrélation électronique, un seul électron est émis par l'effet photoélectrique. ...
Single and double ionization of an atom in a strong field has been a forefront problem in atomic phy...
Correlated many-particle dynamics in Coulombic systems is one of today‟s grand challenges in physics...
The work covers the K-spectra of photoabsorption in the two-atomic molecules of CO, N*002 and O*002....
The work covers the spectra of the resonant absorption, resonant combinated scattering and single-ph...
Doubly excited states of atoms display strong electron correlations, particularly with increasing ex...
The study deals with atoms, multicharge ions in plasma. The work is aimed at creation of anew theore...
This thesis presents studies on multi-electron processes in atoms and molecules initiated by single-...
This thesis is based on studies of multiple ionization of atoms and molecules induced by the absorpt...
Photoabsorption and photoionization of multiatomic systems are investigated in the paper aiming at t...
The single ionization of light atomic systems by photon impact is one of the fundamental processes, ...
Electron correlation, caused by the interaction among electrons in a multielectron system, manifests...
Many‐electron effects can be studied most directly via multi‐electron processes such as photoelectro...
Sequential two-photon ionization is a process that is experimentally accessible due to the use of ne...
Short-acting nucleon correlations in the nuclear matter are considered in the paper aiming at the th...
Si on néglige la corrélation électronique, un seul électron est émis par l'effet photoélectrique. ...
Single and double ionization of an atom in a strong field has been a forefront problem in atomic phy...
Correlated many-particle dynamics in Coulombic systems is one of today‟s grand challenges in physics...
The work covers the K-spectra of photoabsorption in the two-atomic molecules of CO, N*002 and O*002....
The work covers the spectra of the resonant absorption, resonant combinated scattering and single-ph...
Doubly excited states of atoms display strong electron correlations, particularly with increasing ex...
The study deals with atoms, multicharge ions in plasma. The work is aimed at creation of anew theore...
This thesis presents studies on multi-electron processes in atoms and molecules initiated by single-...
This thesis is based on studies of multiple ionization of atoms and molecules induced by the absorpt...
Photoabsorption and photoionization of multiatomic systems are investigated in the paper aiming at t...
The single ionization of light atomic systems by photon impact is one of the fundamental processes, ...
Electron correlation, caused by the interaction among electrons in a multielectron system, manifests...
Many‐electron effects can be studied most directly via multi‐electron processes such as photoelectro...
Sequential two-photon ionization is a process that is experimentally accessible due to the use of ne...
Short-acting nucleon correlations in the nuclear matter are considered in the paper aiming at the th...
Si on néglige la corrélation électronique, un seul électron est émis par l'effet photoélectrique. ...
Single and double ionization of an atom in a strong field has been a forefront problem in atomic phy...
Correlated many-particle dynamics in Coulombic systems is one of today‟s grand challenges in physics...