Bethe approximation had been used to compute the excitation cross section in term of the diploe oscillator strength for some allowed transitions between energy levels of Li-atom collide with electrons with impact energy range (2-2000) eV. We also compute the radiation transition probability and lifetime. Our results for all calculations we had done were compared with the available theoretical and experimental data. DOI: http://dx.doi.org/10.31257/2018/JKP/2019/110205
We present results for the electron-impact excitation of all Li-like ions from Be+ to Kr33+ which we...
A classical impulse approximation is used to calculate the electron impact excitation cross-sections...
The calculation of Bethe logarithm for the ground state of the lithium atom is presented. The Bethe ...
Electron-impact excitation cross sections for the resonant transition (2s-2p) in the lithium atom ha...
New experimental and theoretical cross-section data for inelastic collision processes of Li atoms in...
The Glauber approximation has been applied to calculate the excitation cross section for the 2s-2p t...
New experimental and theoretical cross-section data for inelastic collision processes of Li atoms n ...
The differential and integral cross sections for electron impact excitation of lithium from the grou...
We report on calculation of electron-impact excitation cross sections for Li-like ions of boron and ...
Cross sections for electron impact excitation of lithium from the ground state 1s(2)2s to the excite...
Differential and integral cross sections for elastic scattering and for the excitation of the 2p2P, ...
Experimental and theoretical cross sections for the excitation of ground-state lithium by Hf and He2...
We present theoretical, differential, and total cross sections for electron impact excitation of the...
We have investigated the effects of coupling to the continuum and high bound states on the electron-...
Inelastic collisions of electrons with lutetium atoms leading to the formation of singly-charged lut...
We present results for the electron-impact excitation of all Li-like ions from Be+ to Kr33+ which we...
A classical impulse approximation is used to calculate the electron impact excitation cross-sections...
The calculation of Bethe logarithm for the ground state of the lithium atom is presented. The Bethe ...
Electron-impact excitation cross sections for the resonant transition (2s-2p) in the lithium atom ha...
New experimental and theoretical cross-section data for inelastic collision processes of Li atoms in...
The Glauber approximation has been applied to calculate the excitation cross section for the 2s-2p t...
New experimental and theoretical cross-section data for inelastic collision processes of Li atoms n ...
The differential and integral cross sections for electron impact excitation of lithium from the grou...
We report on calculation of electron-impact excitation cross sections for Li-like ions of boron and ...
Cross sections for electron impact excitation of lithium from the ground state 1s(2)2s to the excite...
Differential and integral cross sections for elastic scattering and for the excitation of the 2p2P, ...
Experimental and theoretical cross sections for the excitation of ground-state lithium by Hf and He2...
We present theoretical, differential, and total cross sections for electron impact excitation of the...
We have investigated the effects of coupling to the continuum and high bound states on the electron-...
Inelastic collisions of electrons with lutetium atoms leading to the formation of singly-charged lut...
We present results for the electron-impact excitation of all Li-like ions from Be+ to Kr33+ which we...
A classical impulse approximation is used to calculate the electron impact excitation cross-sections...
The calculation of Bethe logarithm for the ground state of the lithium atom is presented. The Bethe ...