We have measured fully momentum analyzed Ar3+ recoil ions and two ejected electrons as well as He+ projectiles in coincidence with each other for 30 keV amu-1 He2+ + Ar collisions. Fully differential cross sections for electron transfer from the target to the projectile accompanied by the ejection of two additional target electrons were extracted. To a large extent the data can be reproduced by an independent electron model. However, we also observed a surprisingly strong correlation between the electron momenta and the projectile momentum transfer
We present a systematic study of atomic four-body fragmentation dynamics. To this end we have measur...
We studied simultaneous electron ejection from both collision partners in 200-keV H-+He collisions i...
With a multi-coincidence imaging technique (reaction microscope) the fragmentation of helium atoms b...
Double ionization of He by 3.6 MeV u -1 Au 53+ impact is investigated in a kinematically complete ex...
Double ionization of He by 3.6 MeV u(-1) Au53+ impact is investigated in a kinematically complete ex...
Fully differential studies of single ionization of neutral atoms by charged particle impact have pro...
The multiple ionisation of Ne and Ar gas targets in collisions with high-energy, highly-charged Uran...
Novel imaging techniques enable a highly e–cient detection of ions and electrons from ionising multi...
We present a systematic study of atomic four-body fragmentation dynamics. To this end we have measur...
Abstract. The single-electron capture processes in collisions of Ar8C ions with He atoms have been s...
We present a systematic study of atomic four-body fragmentation dynamics. To this end we have measur...
The combination of recoil ion and ionized electron momentum spectroscopy provides an unparalleled me...
Using Cold target recoil Ion momentum spectroscopy (COLTRIMS) we have investigated the production of...
Electron emission occurring in transfer ionization for He2+ collisions with argon has been investiga...
We report on the first kinematically complete investigation of single target ionization by fast heav...
We present a systematic study of atomic four-body fragmentation dynamics. To this end we have measur...
We studied simultaneous electron ejection from both collision partners in 200-keV H-+He collisions i...
With a multi-coincidence imaging technique (reaction microscope) the fragmentation of helium atoms b...
Double ionization of He by 3.6 MeV u -1 Au 53+ impact is investigated in a kinematically complete ex...
Double ionization of He by 3.6 MeV u(-1) Au53+ impact is investigated in a kinematically complete ex...
Fully differential studies of single ionization of neutral atoms by charged particle impact have pro...
The multiple ionisation of Ne and Ar gas targets in collisions with high-energy, highly-charged Uran...
Novel imaging techniques enable a highly e–cient detection of ions and electrons from ionising multi...
We present a systematic study of atomic four-body fragmentation dynamics. To this end we have measur...
Abstract. The single-electron capture processes in collisions of Ar8C ions with He atoms have been s...
We present a systematic study of atomic four-body fragmentation dynamics. To this end we have measur...
The combination of recoil ion and ionized electron momentum spectroscopy provides an unparalleled me...
Using Cold target recoil Ion momentum spectroscopy (COLTRIMS) we have investigated the production of...
Electron emission occurring in transfer ionization for He2+ collisions with argon has been investiga...
We report on the first kinematically complete investigation of single target ionization by fast heav...
We present a systematic study of atomic four-body fragmentation dynamics. To this end we have measur...
We studied simultaneous electron ejection from both collision partners in 200-keV H-+He collisions i...
With a multi-coincidence imaging technique (reaction microscope) the fragmentation of helium atoms b...