We have studied transfer and simultaneous excitation by three different experimental techniques. Coincidences between two K X-rays were measured for S15+, as well as coincidences between one K X-ray and the charge-exchanged projectile for Li-like F and projectile Auger electrons for H-like F, in each case colliding with H2. For all three collision system, the measured cross sections are dominated by resonant transfer and excitation (RTE). Also, for the F projectiles, strong contributions from two-electron transfer and excitation (2eTE) were found
Excitation and charge transfer in low-energy O+H collisions is studied; it is a problem of importanc...
Excitation of molecular hydrogen has been studied in 1.8-keV collisions with molecular projectile io...
The research being carried out at Penn State by Winter and Alston addresses the fundamental processe...
We have measured coincidences between x rays and projectiles that have captured one electron in F6+ ...
We have measured projectile Auger electrons emitted after collisions of H-like F with H2. The cross ...
We studied the process of resonant transfer and excitation of hydrogenlikc S projectiles in a hydrog...
We have measured cross sections for the correlated emission of two K x rays following the collision ...
Coincidences between two sulfur K x rays were detected from collisions of hydrogenlike S ions with H...
The cross section for double charge transfer in H/sup +/-H /sup -/ collisions has been measured, usi...
The research on theoretical atomic collisions that was funded at The Pennsylvania State University`s...
Synopsis The hydrogen – hydrogen (deuterium) molecular ion is the most fundamental ion-molecule two-...
We used the recently developed hyperspherical close-coupling method to study H⁺ + D(1s) collisions a...
This paper reports on measurements of the cross section for transfer ionization in He2+-H- collision...
Data for inelastic processes due to hydrogen atom collisions with manganese and titanium are needed ...
Data for inelastic processes due to hydrogen atom collisions with iron are needed for accurate model...
Excitation and charge transfer in low-energy O+H collisions is studied; it is a problem of importanc...
Excitation of molecular hydrogen has been studied in 1.8-keV collisions with molecular projectile io...
The research being carried out at Penn State by Winter and Alston addresses the fundamental processe...
We have measured coincidences between x rays and projectiles that have captured one electron in F6+ ...
We have measured projectile Auger electrons emitted after collisions of H-like F with H2. The cross ...
We studied the process of resonant transfer and excitation of hydrogenlikc S projectiles in a hydrog...
We have measured cross sections for the correlated emission of two K x rays following the collision ...
Coincidences between two sulfur K x rays were detected from collisions of hydrogenlike S ions with H...
The cross section for double charge transfer in H/sup +/-H /sup -/ collisions has been measured, usi...
The research on theoretical atomic collisions that was funded at The Pennsylvania State University`s...
Synopsis The hydrogen – hydrogen (deuterium) molecular ion is the most fundamental ion-molecule two-...
We used the recently developed hyperspherical close-coupling method to study H⁺ + D(1s) collisions a...
This paper reports on measurements of the cross section for transfer ionization in He2+-H- collision...
Data for inelastic processes due to hydrogen atom collisions with manganese and titanium are needed ...
Data for inelastic processes due to hydrogen atom collisions with iron are needed for accurate model...
Excitation and charge transfer in low-energy O+H collisions is studied; it is a problem of importanc...
Excitation of molecular hydrogen has been studied in 1.8-keV collisions with molecular projectile io...
The research being carried out at Penn State by Winter and Alston addresses the fundamental processe...