Main aim of this work is calculation of contribution of the selfenergy of electron to atomic spectra. We derive relation for improved Bethe logarithm and perform non-relativistic limit. Then we derive relation for non-relativistic oscillator strengths and recurrence relations for them. This we will use for calculation of Bethe logarithm. Then we derive solution to Dirac equation for electron in Coulomb potential as linear combination of functions whose radial part is similar to non-relativistic hydrogen wave functions. Finally we perform numerical calculation of improved Bethe logarithm for 1s, 2s and 2p states
The purpose of this work is to give an introduction to relativistic quantum mechanics for the electr...
We describe the calculation of hydrogenic (one-loop) Bethe logarithms for all states with principal ...
We investigate relativistic and quantum electrodynamic effects for highlyexcited bound states in hyd...
Title: Radiation corrections to atomic spectra. Author: Vojtěch Patkóš Department: Department of che...
We study a specific correction to the Bethe logarithm induced by potentials which are proportional t...
In this study, Bethe's relativistic stopping power equation has been modified to apply to the calcul...
We derive an approximate expression for a "radiative potential" which can be used to calculate QED s...
Approximate relativistic corrections to the atomic radial wave functions of the recently reported &#...
We present results on the self-energy correction to the energy levels of hydrogen and hydrogenlike i...
The significance of retardation effects in photon emissions and absorption is emphasized in the calc...
We derive an approximate expression for a "radiative potential" which can be used to calculate QED s...
A general computational scheme for the (nonrelativistic) Bethe logarithm is developed, opening the r...
In this thesis we investigate solution of Dirac equation in spherically symmetric po- tential. The p...
Atomic electron energies have been calculated relativistically. Hartree-Fock-Slater wave functions s...
The calculation of Bethe logarithm for the ground state of the lithium atom is presented. The Bethe ...
The purpose of this work is to give an introduction to relativistic quantum mechanics for the electr...
We describe the calculation of hydrogenic (one-loop) Bethe logarithms for all states with principal ...
We investigate relativistic and quantum electrodynamic effects for highlyexcited bound states in hyd...
Title: Radiation corrections to atomic spectra. Author: Vojtěch Patkóš Department: Department of che...
We study a specific correction to the Bethe logarithm induced by potentials which are proportional t...
In this study, Bethe's relativistic stopping power equation has been modified to apply to the calcul...
We derive an approximate expression for a "radiative potential" which can be used to calculate QED s...
Approximate relativistic corrections to the atomic radial wave functions of the recently reported &#...
We present results on the self-energy correction to the energy levels of hydrogen and hydrogenlike i...
The significance of retardation effects in photon emissions and absorption is emphasized in the calc...
We derive an approximate expression for a "radiative potential" which can be used to calculate QED s...
A general computational scheme for the (nonrelativistic) Bethe logarithm is developed, opening the r...
In this thesis we investigate solution of Dirac equation in spherically symmetric po- tential. The p...
Atomic electron energies have been calculated relativistically. Hartree-Fock-Slater wave functions s...
The calculation of Bethe logarithm for the ground state of the lithium atom is presented. The Bethe ...
The purpose of this work is to give an introduction to relativistic quantum mechanics for the electr...
We describe the calculation of hydrogenic (one-loop) Bethe logarithms for all states with principal ...
We investigate relativistic and quantum electrodynamic effects for highlyexcited bound states in hyd...