Double ionization of helium in collisions with 6 MeV protons (vP = 15.5 a.u.) has been explored in a kinematically complete experiment using a so-called reaction microscope . For the first time fully differential cross sections for positively charged particle impact have been obtained and compared to previous (e,3e) results with 2 keV electrons (vP = 12 a.u.). Differences have been found in the angular distribution of the two emitted electrons, which originate from projectile charge effects that are not considered in the first Born approximatio
With a multi-coincidence imaging technique (reaction microscope) the fragmentation of helium atoms b...
With a multi-coincidence imaging technique (reaction microscope) the fragmentation of helium atoms b...
We report on a kinematically complete investigation of He double ionization by 3 keV electron impact...
Double ionization of helium by 6 MeV proton impact has been explored in a kinematically complete exp...
Double ionization of helium by 6 MeV proton impact has been explored in a kinematically complete exp...
Double ionization of helium by 6 MeV proton impact has been explored in a kinematically complete exp...
This work presents an experimental study of fragmentation of helium by electron impact, in which abs...
This work presents an experimental study of fragmentation of helium by electron impact, in which abs...
The measurement of fully differential cross sections (FDCS) for ion impact has become possible only ...
We present experimental and theoretical fully differential cross sections for single ionization of H...
The dynamics of helium double ionization by 2 keV electron impact has been investigated experimental...
The dynamics of helium double ionization by 2 keV electron impact has been investigated experimental...
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...
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...
With a multi-coincidence imaging technique (reaction microscope) the fragmentation of helium atoms b...
We report on a kinematically complete investigation of He double ionization by 3 keV electron impact...
Double ionization of helium by 6 MeV proton impact has been explored in a kinematically complete exp...
Double ionization of helium by 6 MeV proton impact has been explored in a kinematically complete exp...
Double ionization of helium by 6 MeV proton impact has been explored in a kinematically complete exp...
This work presents an experimental study of fragmentation of helium by electron impact, in which abs...
This work presents an experimental study of fragmentation of helium by electron impact, in which abs...
The measurement of fully differential cross sections (FDCS) for ion impact has become possible only ...
We present experimental and theoretical fully differential cross sections for single ionization of H...
The dynamics of helium double ionization by 2 keV electron impact has been investigated experimental...
The dynamics of helium double ionization by 2 keV electron impact has been investigated experimental...
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...
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...
With a multi-coincidence imaging technique (reaction microscope) the fragmentation of helium atoms b...
We report on a kinematically complete investigation of He double ionization by 3 keV electron impact...