Bound-bound transitions in hydrogenlike atoms induced by fast charged particles
Excitation cross sections for bound-bound transitions in optical levels in hydrogenlike atoms induced by fast charged particles
Omidvar, K.↗
Engineering topics
Omidvar, K.
Publications and source records attributed to Omidvar, K..
Calculation on ionizing H-atom H-atom collisions
Born approximation for ionization cross sections of H-atom H-atom collision with ground state and excited state factors
Kyle, H. L.↗
Bound bound transitions in hydrogen like atoms induced by fast charged particles
Bound bound transitions in hydrogen like atoms induced by fast charged particles
Omidvar, K.↗
Behavior of the ionization cross section in collisions of high-energy electrons with hydrogenic atoms.
Hydrogenic atoms ionization by high energy electrons, discussing cross sections for ejected electrons and total energy
Omidvar, K.↗
Electron-impact ionization of H/2s/ and H/2p/.
Electron impact ionization cross sections for second quantum level of atomic H, using Born exchange approximation and Vainshtein approximation
Kyle, H. L.↗
Ionization of excited atomic hydrogen by fast electrons
Fast electron calculations for atomic hydrogen excited state ionization
Omidvar, K.↗
Electron Impact Ionization on H/2s/ and H/2p/
Electron impact ionization of hydrogen/2s/ and hydrogen/2p/
Kyle, H. L.↗
Behavior of the ionization cross section in high energy electron-hydrogenic atom collision
Ionization cross section behavior in high energy electron-hydrogen atom collisions
Omidvar, K.↗
Excitation and Ionization of Positive Helium Ion /1s/ by Electron Impact
Excitation and ionization of helium ion /1s/ by electron impact
Kyle, H. L.↗
Oscillator strengths for resonance lines of ions in the neon isoelectronic sequence.
Oscillator strengths for extreme UV resonance lines of ions in neon isoelectronic sequence calculated, based on single configurations in intermediate coupling
RADIATION INTENSITY↗
On Vainshtein's method applied to the electron impact excitation and ionization of atoms
Vainshteins approximation method applied to electron impact excitation and ionization of atoms
APPROXIMATION METHOD↗
Oscillator strengths for resonance lines of ions in the neon isoelectric sequence
Oscillator strengths for extreme ultraviolet resonance lines of ions in neon isoelectronic sequence
NEON↗
Ionization of excited atomic hydrogen by electron collision.
Coulomb Born approximation derived for ionization of hydrogen atom by electron collision when atom is in any given initial state
IONIZATION CROSS SECTION↗
Excitation by electron collision of excited atomic hydrogen.
Parabolic coordinate evaluation of atomic form factor of hydrogen atom for excitation cross section induced by electron collision
HYDROGEN ATOM↗
Electron capture by protons in hydrogen in an electric field
Electron capture by protons in hydrogen in electric fields - quantum mechanical considerations
HYDROGEN↗
Ionization of the hydrogen atom by electron collision
Hydrogen atom ionization by electron collision
ATOMIC COLLISION↗
Excitation of the hydrogen atom by electron collision
Excitation of hydrogen atom by electron collision
ATOMIC EXCITATION↗
Theory of the 2s and 2p excitation of the hydrogen atom induced by electron impact
Evaluation of 3x3 cross section matrix involved in electron impact excitation of ground state hydrogen atom to 2s and 2p levels
EXCITED STATE↗