Recent studies of projectile coherence effects in ion-atom collisions are presented. For intermediate-energy proton collisions an extensive literature provides strong support for the importance of such effects. In this regime coherence effects are now used as a tool to study the few-body dynamics very sensitively. In contrast, for high-energy ion impact the literature is much sparser and here an important role of coherence effects cannot be regarded as being established. In this context, a recent claim that in COLTRIMS experiments the coherence properties are determined only by the target beam is rebutted
Fully differential cross sections (FDCS) have been measured for single ionization of H2 by 75 keV pr...
We analyze the influence of the coherence of the projectile's beam in scattering phenomena. We focus...
We report on a kinematically complete experiment on ionization of H2 by proton impact. While a signi...
We demonstrate that the projectile coherence can have a major impact on atomic fragmentation process...
The reaction dynamics in simple atomic systems have been studied extensively in order to address the...
Atomic Collision experiments are best suited to sensitively test the few-body dynamics of simple sys...
We have measured fully differential cross sections for single ionization and transfer ionization (TI...
We have measured differential yields for double capture and double capture accompanied by ionization...
We have measured the scattering angle dependence of cross sections for ionization in p+H2 collisions...
The projectile beam coherence effects occurring in ion-atom collisions are analyzed on the basis of ...
It has been well established, that projectile coherent properties are important for the study of ato...
In recent years, the key role of the projectile coherence properties has been studied in several ion...
We have measured fully differential cross sections for ionization of He by 3 MeV proton impact. A pr...
Possible effects of the so-called projectile and target coherence in the ion-atom ionizing collision...
We propose a theoretical investigation method for testing the effect of the projectile beam coherenc...
Fully differential cross sections (FDCS) have been measured for single ionization of H2 by 75 keV pr...
We analyze the influence of the coherence of the projectile's beam in scattering phenomena. We focus...
We report on a kinematically complete experiment on ionization of H2 by proton impact. While a signi...
We demonstrate that the projectile coherence can have a major impact on atomic fragmentation process...
The reaction dynamics in simple atomic systems have been studied extensively in order to address the...
Atomic Collision experiments are best suited to sensitively test the few-body dynamics of simple sys...
We have measured fully differential cross sections for single ionization and transfer ionization (TI...
We have measured differential yields for double capture and double capture accompanied by ionization...
We have measured the scattering angle dependence of cross sections for ionization in p+H2 collisions...
The projectile beam coherence effects occurring in ion-atom collisions are analyzed on the basis of ...
It has been well established, that projectile coherent properties are important for the study of ato...
In recent years, the key role of the projectile coherence properties has been studied in several ion...
We have measured fully differential cross sections for ionization of He by 3 MeV proton impact. A pr...
Possible effects of the so-called projectile and target coherence in the ion-atom ionizing collision...
We propose a theoretical investigation method for testing the effect of the projectile beam coherenc...
Fully differential cross sections (FDCS) have been measured for single ionization of H2 by 75 keV pr...
We analyze the influence of the coherence of the projectile's beam in scattering phenomena. We focus...
We report on a kinematically complete experiment on ionization of H2 by proton impact. While a signi...