We have measured projectile Auger electrons emitted after collisions of H-like F with H2. The cross sections for emission of KLL, KLM, KLN, and KLO Auger electrons show maxima as a function of the projectile energy. One maximum in the KLL emission cross section is due to resonant transfer and excitation. A second maximum in the cross section for KLL emission as well as the maxima in the emission cross section for the higher-n Auger electrons are attributed to a new transfer and excitation process. This involves excitation of a projectile electron by one target electron accompanied by the capture of a second target electron
The research on theoretical atomic collisions that was funded at The Pennsylvania State University`s...
Absolute cross sections, differential in energy and angle of ejection of the secondary electrons, we...
International audienceThe method of Auger electron spectroscopy was utilized to measure cross sectio...
We have measured coincidences between x rays and projectiles that have captured one electron in F6+ ...
We have studied transfer and simultaneous excitation by three different experimental techniques. Coi...
Coincidences between two sulfur K x rays were detected from collisions of hydrogenlike S ions with H...
The method of projectile electron spectroscopy was used to measure the Ne8 Auger decay of the confi...
Recentes études à haute résolution d'électrons Auger émis par des projectiles multichargés sont revu...
For Ar9+ collisions on Ar we have - by means of a coincidence method - identified the number of prim...
Autoionization of He atoms following double excitation by electrons, protons, CQ+ (Q=4-6), and FQ+ (...
Secondary electrons in the energy range 150-210 eV produced by 125-300-keV H+ and H2+ impacts on arg...
Cross sections for the emission of Auger electrons from excited atoms and ions produced in symmetric...
International audienceWe report on the projectile energy dependence of the cross sections for produc...
This paper presents a detailed description of KLL Auger spectra arising from collisions of hydrogeni...
In this paper we present new evidence that (resonant transfer and excitation) RTE is an important me...
The research on theoretical atomic collisions that was funded at The Pennsylvania State University`s...
Absolute cross sections, differential in energy and angle of ejection of the secondary electrons, we...
International audienceThe method of Auger electron spectroscopy was utilized to measure cross sectio...
We have measured coincidences between x rays and projectiles that have captured one electron in F6+ ...
We have studied transfer and simultaneous excitation by three different experimental techniques. Coi...
Coincidences between two sulfur K x rays were detected from collisions of hydrogenlike S ions with H...
The method of projectile electron spectroscopy was used to measure the Ne8 Auger decay of the confi...
Recentes études à haute résolution d'électrons Auger émis par des projectiles multichargés sont revu...
For Ar9+ collisions on Ar we have - by means of a coincidence method - identified the number of prim...
Autoionization of He atoms following double excitation by electrons, protons, CQ+ (Q=4-6), and FQ+ (...
Secondary electrons in the energy range 150-210 eV produced by 125-300-keV H+ and H2+ impacts on arg...
Cross sections for the emission of Auger electrons from excited atoms and ions produced in symmetric...
International audienceWe report on the projectile energy dependence of the cross sections for produc...
This paper presents a detailed description of KLL Auger spectra arising from collisions of hydrogeni...
In this paper we present new evidence that (resonant transfer and excitation) RTE is an important me...
The research on theoretical atomic collisions that was funded at The Pennsylvania State University`s...
Absolute cross sections, differential in energy and angle of ejection of the secondary electrons, we...
International audienceThe method of Auger electron spectroscopy was utilized to measure cross sectio...