Add to ORKG2003 The energy dissipation and femtosecond dynamics due to fast heavy ions in matter is critically reviewed with emphasis on possible mechanisms that lead to materials modifications. Starting from a discussion of the initial electronic energy-deposition processes, three basic mechanisms for the conversion of electronic into atomic energy are investigated by means of Auger-electron spectroscopy. Results for amorphous Si, amorphous C and polypropylene are presented and discussed. Experimental evidence for a highly charged track region as well as for hot electrons inside tracks is shown. As follows mainly from Auger-electron spectroscopy, there are strong indications for different track-production mechanisms in different materials.
On its way through a solid, an energetic heavy ion deposits an enormous amount of kinetic energy per...
Abstract Using a new ultra-high vacuum system we were able to measure ion-induced Auger electron spe...
Track damage and the associated ejection of atoms and molecules from insulators, which occur as a re...
The energy dissipation and femtosecond dynamics due to fast heavy ions in matter is critically revi...
The energy loss of an MeV/amu ion to the electrons of a substance can be as great as keV/Å. With suc...
The present dissertation contains the theoretical studies performed on the topic of a high energy de...
High resolution electron spectra haven been taken for fast heavy ions at 1.78 and 5 MeV u as well as...
International audienceA Monte Carlo approach was applied for simulations of the early stage (first t...
We have substantial evidence that ion damage tracks and ion-induced desorption are consequences of t...
The event-by-event Monte Carlo model, TREKIS, was developed to describe the excitation of the electr...
Swift heavy ions lose energy primarily by inelastic electronic scattering and, above an energy thres...
The developed theoretical model of track formation accounts for the influence of initial atomic disp...
In this brief review we discuss the transient processes in solids under irradiation with femtosecond...
When studying the interaction between a fast heavy ion projectile and a solid target, we can be inte...
Since the first demonstration of the generation of attosecond pulses (1 as = 10(-18) s) in the extre...
On its way through a solid, an energetic heavy ion deposits an enormous amount of kinetic energy per...
Abstract Using a new ultra-high vacuum system we were able to measure ion-induced Auger electron spe...
Track damage and the associated ejection of atoms and molecules from insulators, which occur as a re...
The energy dissipation and femtosecond dynamics due to fast heavy ions in matter is critically revi...
The energy loss of an MeV/amu ion to the electrons of a substance can be as great as keV/Å. With suc...
The present dissertation contains the theoretical studies performed on the topic of a high energy de...
High resolution electron spectra haven been taken for fast heavy ions at 1.78 and 5 MeV u as well as...
International audienceA Monte Carlo approach was applied for simulations of the early stage (first t...
We have substantial evidence that ion damage tracks and ion-induced desorption are consequences of t...
The event-by-event Monte Carlo model, TREKIS, was developed to describe the excitation of the electr...
Swift heavy ions lose energy primarily by inelastic electronic scattering and, above an energy thres...
The developed theoretical model of track formation accounts for the influence of initial atomic disp...
In this brief review we discuss the transient processes in solids under irradiation with femtosecond...
When studying the interaction between a fast heavy ion projectile and a solid target, we can be inte...
Since the first demonstration of the generation of attosecond pulses (1 as = 10(-18) s) in the extre...
On its way through a solid, an energetic heavy ion deposits an enormous amount of kinetic energy per...
Abstract Using a new ultra-high vacuum system we were able to measure ion-induced Auger electron spe...
Track damage and the associated ejection of atoms and molecules from insulators, which occur as a re...