On décrit brièvement les méthodes utilisées pour inclure l'influence des effets relativistes dans les calculs des forces d'oscillateurs. Les principales modifications introduites par la prise en compte de ces effets sont étudiées à l'aide de quelques exemples empruntés aux calculs les plus récents.The methods used to introduce relativistic effects in the calculation of oscillator strengths are briefly reviewed. The main modifications induced by these effects are analyzed by considering some typical examples taken from recent calculations
The analytical approximate technique developed by Wu et al. for conservative oscillators with odd no...
Non-orthogonal orbitals technique in the multiconfiguration Hartree-Fock approach is used to calcula...
Ab initio calculations including relativistic effects in the Breit-Pauli R-matrix (BPRM) method are ...
Oscillator strengths f3/2n and f1/2 n for the principal series of rubidium are calculated using rela...
Term energies, ionization energies, inner-shell energy differences and oscillator strengths for some...
Grâce à sa simplicité et sa rapidité, la Méthode du Potentiel Paramétrique Relativiste (RELAC) rend ...
A systematic way of simultaneously handling relativistic and many-body effects for electric dipole t...
In the past, the vast majority of nuclear physics calculations were carried out using nonrelativisti...
There is an on-going need for accurate oscillator strengths to be used in astrophysical applications...
Different methods of experimental determination of atomic oscillator strengths are briefly reviewed....
We describe a procedure to take into account the spatial dispersion of the optical excitations in t...
The [Formula Presented] values for the [Formula Presented] dipole transitions of neon, argon, krypto...
In recent notes (1) (2), a method is developed for obtaining relativistic corrections to the nonrela...
Errors in relativistic correlated ab initio results for the “[Formula Presented]” [Formula Presented...
Here we develop a model for the relativistic spring. We examine the effects of revising the simple h...
The analytical approximate technique developed by Wu et al. for conservative oscillators with odd no...
Non-orthogonal orbitals technique in the multiconfiguration Hartree-Fock approach is used to calcula...
Ab initio calculations including relativistic effects in the Breit-Pauli R-matrix (BPRM) method are ...
Oscillator strengths f3/2n and f1/2 n for the principal series of rubidium are calculated using rela...
Term energies, ionization energies, inner-shell energy differences and oscillator strengths for some...
Grâce à sa simplicité et sa rapidité, la Méthode du Potentiel Paramétrique Relativiste (RELAC) rend ...
A systematic way of simultaneously handling relativistic and many-body effects for electric dipole t...
In the past, the vast majority of nuclear physics calculations were carried out using nonrelativisti...
There is an on-going need for accurate oscillator strengths to be used in astrophysical applications...
Different methods of experimental determination of atomic oscillator strengths are briefly reviewed....
We describe a procedure to take into account the spatial dispersion of the optical excitations in t...
The [Formula Presented] values for the [Formula Presented] dipole transitions of neon, argon, krypto...
In recent notes (1) (2), a method is developed for obtaining relativistic corrections to the nonrela...
Errors in relativistic correlated ab initio results for the “[Formula Presented]” [Formula Presented...
Here we develop a model for the relativistic spring. We examine the effects of revising the simple h...
The analytical approximate technique developed by Wu et al. for conservative oscillators with odd no...
Non-orthogonal orbitals technique in the multiconfiguration Hartree-Fock approach is used to calcula...
Ab initio calculations including relativistic effects in the Breit-Pauli R-matrix (BPRM) method are ...