The binary encounter model incorporating exchange as developed by Vriens is used to calculate the cross sections for the excitation of the first excited singlet and triplet states of Hg, Cd and Zn, and the ionization cross sections for Hg, Cd, Zn, Ca, Mg and Be. For both excitation and ionization a quantal momentum distribution function for atomic electrons is used. The calculations are compared with the available experimental and theoretical results
Using a semiclassical close-coupling approach, we have calculated electron capture, excitation and i...
The research on theoretical atomic collisions that was funded at The Pennsylvania State University`s...
Theoretical calculations of electron impact single and double ionization cross-sections for ground s...
The binary encounter model incorporating exchange as developed by Vriens is used to calculate the cr...
Theoretical studies of electron impact double ionisation cross sections of Mg+ ions have been perfor...
The binary-encounter collision model for ionization of atoms by proton impact proposed by Gerjuoy an...
A brief overview is given of theoretical results for electron-impact ionization of atoms and ions. A...
This report concerns a program of computation of cross sections for electron impact excitation and i...
H+ impact single and He2+ impact single and double electron capture cross sections of magnesium ato...
New experimental data on double-ionization cross sections of neutral atoms, positive and negative io...
The electron impact ionization cross-sections of singly and doubly charged ions, Ar+, Kr+, Xe+, Ba+,...
The independent atom and electron model [1] is introduced in a quantum context and associated approx...
Cross section data have been compiled for electron-impact excitation and ionization of carbon ions C...
The first chapter, of this thesis is devoted to the development of the theory for the ionization of ...
A one parameter expression for the single ionization cross-section of atoms by electron impact is pr...
Using a semiclassical close-coupling approach, we have calculated electron capture, excitation and i...
The research on theoretical atomic collisions that was funded at The Pennsylvania State University`s...
Theoretical calculations of electron impact single and double ionization cross-sections for ground s...
The binary encounter model incorporating exchange as developed by Vriens is used to calculate the cr...
Theoretical studies of electron impact double ionisation cross sections of Mg+ ions have been perfor...
The binary-encounter collision model for ionization of atoms by proton impact proposed by Gerjuoy an...
A brief overview is given of theoretical results for electron-impact ionization of atoms and ions. A...
This report concerns a program of computation of cross sections for electron impact excitation and i...
H+ impact single and He2+ impact single and double electron capture cross sections of magnesium ato...
New experimental data on double-ionization cross sections of neutral atoms, positive and negative io...
The electron impact ionization cross-sections of singly and doubly charged ions, Ar+, Kr+, Xe+, Ba+,...
The independent atom and electron model [1] is introduced in a quantum context and associated approx...
Cross section data have been compiled for electron-impact excitation and ionization of carbon ions C...
The first chapter, of this thesis is devoted to the development of the theory for the ionization of ...
A one parameter expression for the single ionization cross-section of atoms by electron impact is pr...
Using a semiclassical close-coupling approach, we have calculated electron capture, excitation and i...
The research on theoretical atomic collisions that was funded at The Pennsylvania State University`s...
Theoretical calculations of electron impact single and double ionization cross-sections for ground s...