Absolute double differential cross sections for target ionization and projectile electron loss were measured in collisions of H+, H+ 2, 3He+ and 3He++ (0.4 to 2.0 MeV/u) with He and Ar at electron emission angles from 0° up to 60°. The experimental results are qualitatively well described by plane wave Born approximations including projectile screening.Nous avons mesuré les sections efficaces absolues doublement différentielles pour l'ionisation de la cible et la perte d'électrons du projectile, lors de collisions de H+, H+2, 3He+ et 3He ++ (0,4 à 2,0 MeV/u) contre He et Ar, à des angles d'émission des électrons compris entre 0° et 60°. Les résultats expérimentaux sont qualitativement bien décrits par l'approximation de l'onde plane de Born...
We have measured fully momentum-analyzed recoiling target ions and scattered projectiles, produced i...
The electron-loss cross section of He+ ions impinging upon noble-gas targets (2≤Z2≤36) is calculated...
We report cross sections for ionization of He coincident with electron loss from He, Li, C, O, and N...
Absolute double differential cross sections for target ionization and projectile electron loss were ...
We present experimental and theoretical fully differential cross sections for the single ionization ...
We present experimental and theoretical fully differential cross sections for single ionization of H...
A comparison between projectile electron loss cross sections for negative, F-, and positive, He+, pr...
The single ionizing collision between an incident electron and an atom/molecule ends up two kinds of...
Absolute cross sections, differential in energy and angle of ejection of the secondary electrons, we...
Absolute ionization cross sections for 28–114-keV helium ion impact on atomic hydrogen, differential...
In the present study, the triple and double differential cross sections for ionization of atomic hyd...
Absolute differential and total cross sections for single electron loss of He+ ions impinging on Ne ...
Differential electron emission at 15{degrees} is investigated for 50-500 keV/amu hydrogen impacting ...
The combination of recoil ion and ionized electron momentum spectroscopy provides an unparalleled me...
The complete momentum spectra for single and double ionization of He by 1GeV/u (#beta#=0.88) U"...
We have measured fully momentum-analyzed recoiling target ions and scattered projectiles, produced i...
The electron-loss cross section of He+ ions impinging upon noble-gas targets (2≤Z2≤36) is calculated...
We report cross sections for ionization of He coincident with electron loss from He, Li, C, O, and N...
Absolute double differential cross sections for target ionization and projectile electron loss were ...
We present experimental and theoretical fully differential cross sections for the single ionization ...
We present experimental and theoretical fully differential cross sections for single ionization of H...
A comparison between projectile electron loss cross sections for negative, F-, and positive, He+, pr...
The single ionizing collision between an incident electron and an atom/molecule ends up two kinds of...
Absolute cross sections, differential in energy and angle of ejection of the secondary electrons, we...
Absolute ionization cross sections for 28–114-keV helium ion impact on atomic hydrogen, differential...
In the present study, the triple and double differential cross sections for ionization of atomic hyd...
Absolute differential and total cross sections for single electron loss of He+ ions impinging on Ne ...
Differential electron emission at 15{degrees} is investigated for 50-500 keV/amu hydrogen impacting ...
The combination of recoil ion and ionized electron momentum spectroscopy provides an unparalleled me...
The complete momentum spectra for single and double ionization of He by 1GeV/u (#beta#=0.88) U"...
We have measured fully momentum-analyzed recoiling target ions and scattered projectiles, produced i...
The electron-loss cross section of He+ ions impinging upon noble-gas targets (2≤Z2≤36) is calculated...
We report cross sections for ionization of He coincident with electron loss from He, Li, C, O, and N...