Add to ORKGThe recent (e, 2e) experiments at intermediate energy and momentum transfer propose harsh challenges to the current electron impact ionization models. Three body long range Coulomb interactions and interference between direct and resonant ionization channels are shown to be the most relevant features of the ionising collision still to be properly accounted for by the theory. A selection of instructive results not explained by the existent models is presented
We review experimental studies of electron impact ionization of atoms and molecules which became fea...
We discuss common features and differences in the fully differential cross sections (FDCS) for the e...
We discuss common features and differences in the fully differential cross sections (FDCS) for the e...
The recent (e, 2e) experiments at intermediate energy and momentum transfer propose harsh challenges...
Recent experimental results will be reviewed for the atomic (e,2e) ionisation process at incident en...
Experimental and theoretical work studying the (e,2e) collision process from diatomic molecules is r...
Electron impact ionisation with full determination of the kinematics (measurement of energies and mo...
We report new coplanar (e, 2e) results for ionization of the He 1s and Ne 2p and 2s subshells under ...
Abstract. Triply-differential cross sections for K-shell ionization by fast electron impact are calc...
The relative triple differential cross section for the electron impact ionization of helium has been...
There has been impressive progress in the theoretical treatment of electron collisions with atoms in...
Electron-electron coincidence experiments have experienced over the past twenty years an increasingl...
Abstract. Electron-impact ionization of helium has been studied in the energy range from 3–10 eV abo...
The research being carried out at Penn State by Winter and Alston addresses the fundamental processe...
In this thesis I investigate (e, 2e) processes, or electron impact ionization, using several theoret...
We review experimental studies of electron impact ionization of atoms and molecules which became fea...
We discuss common features and differences in the fully differential cross sections (FDCS) for the e...
We discuss common features and differences in the fully differential cross sections (FDCS) for the e...
The recent (e, 2e) experiments at intermediate energy and momentum transfer propose harsh challenges...
Recent experimental results will be reviewed for the atomic (e,2e) ionisation process at incident en...
Experimental and theoretical work studying the (e,2e) collision process from diatomic molecules is r...
Electron impact ionisation with full determination of the kinematics (measurement of energies and mo...
We report new coplanar (e, 2e) results for ionization of the He 1s and Ne 2p and 2s subshells under ...
Abstract. Triply-differential cross sections for K-shell ionization by fast electron impact are calc...
The relative triple differential cross section for the electron impact ionization of helium has been...
There has been impressive progress in the theoretical treatment of electron collisions with atoms in...
Electron-electron coincidence experiments have experienced over the past twenty years an increasingl...
Abstract. Electron-impact ionization of helium has been studied in the energy range from 3–10 eV abo...
The research being carried out at Penn State by Winter and Alston addresses the fundamental processe...
In this thesis I investigate (e, 2e) processes, or electron impact ionization, using several theoret...
We review experimental studies of electron impact ionization of atoms and molecules which became fea...
We discuss common features and differences in the fully differential cross sections (FDCS) for the e...
We discuss common features and differences in the fully differential cross sections (FDCS) for the e...