Add to ORKGThe triple-differential cross sections for electron impact ionization of helium have been calculated in the distorted wave Born approximation using a frozen core model. The wave functions used are obtained by the method of Herman-Skillman. The results calculated show considerable agreement with the experimental data. KEY WORDS: Electron impact / Helium ionization / Triple-differential Cross sections / DWBA calculations / Frozen core model/ I
The three-Coulomb wave (3C) model is applied to study single ionization of helium by 75 keV proton i...
Differential cross sections (DCS) for single electron capture from helium by heavy ion impact are ca...
We have studied the electron emission angular distributions for single ionization of helium atoms in...
The first chapter, of this thesis is devoted to the development of the theory for the ionization of ...
Triple-differential cross sections for electron-impact ionization of helium are calculated in the di...
The triple differential cross sections for electron impact ionization of a helium atom is studied us...
The triple differential cross sections for electron impact ionization of a helium atom is studied us...
The importance of projectile interactions in triple differential cross sections (TDCS) is explored f...
Total cross sections (TCS) and single differential cross sections (SDCS) have been computed for the ...
In a recent publication we presented detailed experimental and theoretical results for the electron-...
We examine the time-dependent close-coupling (TDCC) approach to electron-impact singleionization of ...
Using a wavefunction with the radial correlation only for the bound electrons and a correlated doubl...
The measurement of fully differential cross sections (FDCS) for ion impact has become possible only ...
The electron capture from helium atoms by fast protons is studied within the three-body Bo...
53 leaves. Advisor:Dr. Donald H. MadisonTriple differential cross sections for electron-impact ioni...
The three-Coulomb wave (3C) model is applied to study single ionization of helium by 75 keV proton i...
Differential cross sections (DCS) for single electron capture from helium by heavy ion impact are ca...
We have studied the electron emission angular distributions for single ionization of helium atoms in...
The first chapter, of this thesis is devoted to the development of the theory for the ionization of ...
Triple-differential cross sections for electron-impact ionization of helium are calculated in the di...
The triple differential cross sections for electron impact ionization of a helium atom is studied us...
The triple differential cross sections for electron impact ionization of a helium atom is studied us...
The importance of projectile interactions in triple differential cross sections (TDCS) is explored f...
Total cross sections (TCS) and single differential cross sections (SDCS) have been computed for the ...
In a recent publication we presented detailed experimental and theoretical results for the electron-...
We examine the time-dependent close-coupling (TDCC) approach to electron-impact singleionization of ...
Using a wavefunction with the radial correlation only for the bound electrons and a correlated doubl...
The measurement of fully differential cross sections (FDCS) for ion impact has become possible only ...
The electron capture from helium atoms by fast protons is studied within the three-body Bo...
53 leaves. Advisor:Dr. Donald H. MadisonTriple differential cross sections for electron-impact ioni...
The three-Coulomb wave (3C) model is applied to study single ionization of helium by 75 keV proton i...
Differential cross sections (DCS) for single electron capture from helium by heavy ion impact are ca...
We have studied the electron emission angular distributions for single ionization of helium atoms in...