The photoionization cross section of ground state Sc(2+) is calculated using our augmented many-body-perturbation theory methodology and compared with similar results for neutral Sc. The comparison shows surprising similarities and differences which give new insight into the redistribution of oscillator strength from inner shells in response to the removal of outer-shell electrons
We approach the problem of calculating cross sections for double photoionization of two-electron ato...
An account is given of recent theoretical studies of partial-channel photoionization cross sections ...
A review is given of recent theoretical studies of partial-channel photoionization cross sections in...
A methodology is developed combining many-body-perturbation theory and close coupling of final-state...
Owing to the relative simplicity of atoms and atomic ions, investigation of their response to ionizi...
Many-body perturbation theory (MBPT) calculations of the photoionization cross-section of atomic Sc ...
The B-spline R-matrix method has been used to investigate cross-sections for photoionization of neut...
Many-body perturbation theory (MBPT) calculations of the photoionization cross-section of atomic Sc ...
The effect of strongly coupled plasma on the ground state photoionization cross section is studied. ...
Cet article présente une courte revue des différents modèles théoriques récemment mis au point pour ...
AbstractThe so-called elementary theory of the atomic photoeffect is presented in a form that is sui...
We investigate the role of virtual excitations of inner shells on the cross section of the...
We present a complete set of analytic fits to the nonrelativistic photoionization cross sections for...
The role of various many-body effects in inner-shell photoionization of magnesium, calcium and stron...
The relative photoionization cross section for starting from a particular fine-structure level of th...
We approach the problem of calculating cross sections for double photoionization of two-electron ato...
An account is given of recent theoretical studies of partial-channel photoionization cross sections ...
A review is given of recent theoretical studies of partial-channel photoionization cross sections in...
A methodology is developed combining many-body-perturbation theory and close coupling of final-state...
Owing to the relative simplicity of atoms and atomic ions, investigation of their response to ionizi...
Many-body perturbation theory (MBPT) calculations of the photoionization cross-section of atomic Sc ...
The B-spline R-matrix method has been used to investigate cross-sections for photoionization of neut...
Many-body perturbation theory (MBPT) calculations of the photoionization cross-section of atomic Sc ...
The effect of strongly coupled plasma on the ground state photoionization cross section is studied. ...
Cet article présente une courte revue des différents modèles théoriques récemment mis au point pour ...
AbstractThe so-called elementary theory of the atomic photoeffect is presented in a form that is sui...
We investigate the role of virtual excitations of inner shells on the cross section of the...
We present a complete set of analytic fits to the nonrelativistic photoionization cross sections for...
The role of various many-body effects in inner-shell photoionization of magnesium, calcium and stron...
The relative photoionization cross section for starting from a particular fine-structure level of th...
We approach the problem of calculating cross sections for double photoionization of two-electron ato...
An account is given of recent theoretical studies of partial-channel photoionization cross sections ...
A review is given of recent theoretical studies of partial-channel photoionization cross sections in...