Classical-trajectory Monte Carlo calculations have been used to study ionizing collisions between charged particles (p, p̅ , ℯ+, ℯ-) and He atoms at an incident velocity of 2.83 a.u. While differences in the total single-ionization cross sections for these projectiles are small, our calculations reveal large effects at all angles in the ionized electron spectra, and provide qualitative evidence for a Barkas effect in p and p̅ collisions. Experimental data agree well with our fully classical calculations, including cross sections involving ejected electrons of long wavelength
We have measured coincidences between neutralized projectiles and He recoil ions for 50175-keV proto...
The energy loss of fast ions at close collision is mainly due to electron-ion collisions. The electr...
Abstract. Cross sections are presented for the first time for antiproton–helium collisions at an ene...
The classical trajectory Monte Carlo method (CTMC) has been used to calculate doubly differential io...
The combination of recoil ion and ionized electron momentum spectroscopy provides an unparalleled me...
A kinematically complete experiment for simultaneous ionization of a projectile and target has been ...
The angular scattering of H+ by He has been investigated for single ionization at energies of 0.5, 1...
We compare experimental fully differential three-dimensional angular distributions of electrons ioni...
We have studied the two-center effect (TCE) in ion-atom ionization by measuring the energy and angul...
In this work the single-electron capture and single-ionization processes are studied for proton coll...
Collisions between various charged particles and excited hydrcgenic atoms and ions are described usi...
We have measured and calculated fully differential single-ionization cross sections for the complete...
This thesis focuses on how classical mechanics can be used to help determine the collision dynamics ...
Classical-trajectory Monte Carlo calculations are used to determine the velocity and angular depende...
Double ionization of He by 3.6 MeV u(-1) Au53+ impact is investigated in a kinematically complete ex...
We have measured coincidences between neutralized projectiles and He recoil ions for 50175-keV proto...
The energy loss of fast ions at close collision is mainly due to electron-ion collisions. The electr...
Abstract. Cross sections are presented for the first time for antiproton–helium collisions at an ene...
The classical trajectory Monte Carlo method (CTMC) has been used to calculate doubly differential io...
The combination of recoil ion and ionized electron momentum spectroscopy provides an unparalleled me...
A kinematically complete experiment for simultaneous ionization of a projectile and target has been ...
The angular scattering of H+ by He has been investigated for single ionization at energies of 0.5, 1...
We compare experimental fully differential three-dimensional angular distributions of electrons ioni...
We have studied the two-center effect (TCE) in ion-atom ionization by measuring the energy and angul...
In this work the single-electron capture and single-ionization processes are studied for proton coll...
Collisions between various charged particles and excited hydrcgenic atoms and ions are described usi...
We have measured and calculated fully differential single-ionization cross sections for the complete...
This thesis focuses on how classical mechanics can be used to help determine the collision dynamics ...
Classical-trajectory Monte Carlo calculations are used to determine the velocity and angular depende...
Double ionization of He by 3.6 MeV u(-1) Au53+ impact is investigated in a kinematically complete ex...
We have measured coincidences between neutralized projectiles and He recoil ions for 50175-keV proto...
The energy loss of fast ions at close collision is mainly due to electron-ion collisions. The electr...
Abstract. Cross sections are presented for the first time for antiproton–helium collisions at an ene...