Accurate calculations of the atomic ionization radius defined as the critical radius at which a spherically confined atom undergoes ionization are reported for the atoms He-Ca using the Kohn-Sham variational method in conjunction with the Slater transition state approximation to Janak's theorem of the density functional theory
AbstractWe calculate the ionization cross sections for H, He or Ne atoms using νe and ν̄e scattering...
Useful energy-density relationships, connected with the embedding of singly charged postive or negat...
The effect of relativistic corrections, correlation, and relaxation on the ionization energy of inne...
Abstract. Several rigorous upper bounds to the atomic ionization potential are obtained from the Sc...
The ionization dynamics of slow hydrogenlike Rydberg atoms (principal quantum number n GT GT 1) appr...
A quadratic Euler-Lagrange equation has been solved self-consistently for defining two types of radi...
Abstract. A set of theoretical atomic radii corresponding to the principal maximum in the radial dis...
We prove the ionization conjecture within the Hartree-Fock theory of atoms. More precisely, we prove...
On the basis of an improved Thomas-Fermi-Dirac (TFD)-type method, a characteristic radius r is defin...
Abstraet. — Hartree-Fock equations for some configurations related to the ion Al 3+ are solved with ...
The energy, I, of ionizing an electron from an orbital Ø is given, in general, by the relation I = -...
International audienceIn this article, we consider the extended Kohn-Sham model for atoms subjected ...
The ionization of a one-dimensional model helium atom in short laser pulses using time-dependent den...
The simple relationship between size of an atom, the Pearson hardness, and electronic polarizability...
Simple potential models relating experimental 1s electron ionization energies for B, N (sp and sp(3)...
AbstractWe calculate the ionization cross sections for H, He or Ne atoms using νe and ν̄e scattering...
Useful energy-density relationships, connected with the embedding of singly charged postive or negat...
The effect of relativistic corrections, correlation, and relaxation on the ionization energy of inne...
Abstract. Several rigorous upper bounds to the atomic ionization potential are obtained from the Sc...
The ionization dynamics of slow hydrogenlike Rydberg atoms (principal quantum number n GT GT 1) appr...
A quadratic Euler-Lagrange equation has been solved self-consistently for defining two types of radi...
Abstract. A set of theoretical atomic radii corresponding to the principal maximum in the radial dis...
We prove the ionization conjecture within the Hartree-Fock theory of atoms. More precisely, we prove...
On the basis of an improved Thomas-Fermi-Dirac (TFD)-type method, a characteristic radius r is defin...
Abstraet. — Hartree-Fock equations for some configurations related to the ion Al 3+ are solved with ...
The energy, I, of ionizing an electron from an orbital Ø is given, in general, by the relation I = -...
International audienceIn this article, we consider the extended Kohn-Sham model for atoms subjected ...
The ionization of a one-dimensional model helium atom in short laser pulses using time-dependent den...
The simple relationship between size of an atom, the Pearson hardness, and electronic polarizability...
Simple potential models relating experimental 1s electron ionization energies for B, N (sp and sp(3)...
AbstractWe calculate the ionization cross sections for H, He or Ne atoms using νe and ν̄e scattering...
Useful energy-density relationships, connected with the embedding of singly charged postive or negat...
The effect of relativistic corrections, correlation, and relaxation on the ionization energy of inne...