When studying the interaction between a fast heavy ion projectile and a solid target, we can be interested either by the target itself (for instance, the formation of tracks in insulating materials) or by what happens to the ion. These different studies are obviously strongly connected. In our group, we mainly concentrate on the transport of electrons in ion excited states. Two extreme representations may be used to evaluate, especially, the electronic ion stopping in matter. These two aspects are linked to the response of the target electrons:In the first picture, the solid is seen as an assembly of atoms and the HCIs undergo a series of binary ion‐ atom collisions with the target electrons. This pure collisional approach has been used in ...
Interactions of energetic ions with matter govern processes as diverse as the influence of solar win...
The classical trajectory Monte Carlo method has been used to investigate the ionization of atoms and...
Abstract: We compare the capabilities of rapid highly charged projectiles and intense femtosecond la...
When studying the interaction between a fast heavy ion projectile and a solid target, we can be inte...
Two different types of descriptions can be used to calculate the slowing down of a projectile throug...
Mme Lucile JULIEN, Présidente Mr Jean-Pierre GAUYACQ, Rapporteur Mr Guillaume PETITE, RapporteurStud...
The availability of high-performance ion storage rings, of swift ion and cluster accelerators produc...
International audienceAtomic physics experiments, dedicated to the study of the production and the t...
B.TAMAIN, Professeur, CAEN (président) C.COHEN, Directeur de Recherche, PARIS (rapporteur) J.REMILLI...
Recent studies of the explosions of atomic clusters driven by high intensity femtosecond laser pulse...
This thesis presents the study of the slowing down process of fast heavy ions inside matter. In the ...
International audienceOver more than a decade, experimental studies of the production and transport ...
We have examined the energy distributions of ions and electrons ejected in the interaction of cluste...
Contains fulltext : 71989.pdf (publisher's version ) (Open Access)This thesis desc...
The on-going development work on an electron spectrometer to study low energy electron interactions ...
Interactions of energetic ions with matter govern processes as diverse as the influence of solar win...
The classical trajectory Monte Carlo method has been used to investigate the ionization of atoms and...
Abstract: We compare the capabilities of rapid highly charged projectiles and intense femtosecond la...
When studying the interaction between a fast heavy ion projectile and a solid target, we can be inte...
Two different types of descriptions can be used to calculate the slowing down of a projectile throug...
Mme Lucile JULIEN, Présidente Mr Jean-Pierre GAUYACQ, Rapporteur Mr Guillaume PETITE, RapporteurStud...
The availability of high-performance ion storage rings, of swift ion and cluster accelerators produc...
International audienceAtomic physics experiments, dedicated to the study of the production and the t...
B.TAMAIN, Professeur, CAEN (président) C.COHEN, Directeur de Recherche, PARIS (rapporteur) J.REMILLI...
Recent studies of the explosions of atomic clusters driven by high intensity femtosecond laser pulse...
This thesis presents the study of the slowing down process of fast heavy ions inside matter. In the ...
International audienceOver more than a decade, experimental studies of the production and transport ...
We have examined the energy distributions of ions and electrons ejected in the interaction of cluste...
Contains fulltext : 71989.pdf (publisher's version ) (Open Access)This thesis desc...
The on-going development work on an electron spectrometer to study low energy electron interactions ...
Interactions of energetic ions with matter govern processes as diverse as the influence of solar win...
The classical trajectory Monte Carlo method has been used to investigate the ionization of atoms and...
Abstract: We compare the capabilities of rapid highly charged projectiles and intense femtosecond la...