We have performed an experiment on near threshold double ionization of helium by 106 eV electron impact with an improved reaction microscope. In this experiment the momenta of three particles after ionization were measured, and the information on correlation of emitted electrons was obtained. Detailed descriptions of the experimental setup and the methods of reconstruction of electron momentum were given. We focused on the analysis of momentum and energy distributions and the angular correlation of the emitted electrons. The experimental results were compared with Wannier's prediction, and it was found that the experimental results showed some characteristic features predicted by Wannier theory
We determine, both experimentally and theoretically, the fully resolved fivefold differential cross ...
This is the final report of a three-year Laboratory-Directed Research and Development (LDRD) project...
The dynamics of helium double ionization by 2 keV electron impact has been investigated experimental...
The double ionization of helium by electron impact for 106 eV incident energy was studied in a kinem...
Abstract. Electron-impact ionization of helium has been studied in the energy range from 3–10 eV abo...
The correlation function between two emitted electrons has been calculated as a function of their mo...
We report on a kinematically complete investigation of He double ionization by 3 keV electron impact...
With a multi-coincidence imaging technique (reaction microscope) the fragmentation of helium atoms b...
We review experimental studies of electron impact ionization of atoms and molecules which became fea...
Double ionization of He and Ne by charged particle impact was explored in kinematically complete exp...
This work presents an experimental study of fragmentation of helium by electron impact, in which abs...
The dynamics of He double ionization by 2 keV electron impact is studied experimentally for a moment...
The triply differential cross section of ionization excitation of helium, leaving the residual ion i...
Dipole selection rules and electron-electron correlation effects in double ionization of He by 6 MeV...
Due to the character of the original source materials and the nature of batch digitization, quality ...
We determine, both experimentally and theoretically, the fully resolved fivefold differential cross ...
This is the final report of a three-year Laboratory-Directed Research and Development (LDRD) project...
The dynamics of helium double ionization by 2 keV electron impact has been investigated experimental...
The double ionization of helium by electron impact for 106 eV incident energy was studied in a kinem...
Abstract. Electron-impact ionization of helium has been studied in the energy range from 3–10 eV abo...
The correlation function between two emitted electrons has been calculated as a function of their mo...
We report on a kinematically complete investigation of He double ionization by 3 keV electron impact...
With a multi-coincidence imaging technique (reaction microscope) the fragmentation of helium atoms b...
We review experimental studies of electron impact ionization of atoms and molecules which became fea...
Double ionization of He and Ne by charged particle impact was explored in kinematically complete exp...
This work presents an experimental study of fragmentation of helium by electron impact, in which abs...
The dynamics of He double ionization by 2 keV electron impact is studied experimentally for a moment...
The triply differential cross section of ionization excitation of helium, leaving the residual ion i...
Dipole selection rules and electron-electron correlation effects in double ionization of He by 6 MeV...
Due to the character of the original source materials and the nature of batch digitization, quality ...
We determine, both experimentally and theoretically, the fully resolved fivefold differential cross ...
This is the final report of a three-year Laboratory-Directed Research and Development (LDRD) project...
The dynamics of helium double ionization by 2 keV electron impact has been investigated experimental...