Recent theoretical developments in the unitary convolution approximation UCA for electronic energy losses of bare and screened ions are presented. Examples are given for proton beams and rare gas targets. For gas targets there exists a sufficient amount of experimental data on charge exchange, for pinpointing the largely unknown stopping power contribution of electron capture processes at low and intermediate energie
International audienceIn this work, we have subjected protonated nucleobases MH+ (M = guanine, adeni...
The technique of Translational Energy Spectrometry (TES) has been used to study electron capture pro...
The main topic of this dissertation has been to establish a theoretical model for the interaction of...
Recent theoretical developments in the unitary convolution approximation UCA for electronic energy...
Recent developments in the theoretical treatment of electronic energy losses of bare and screened io...
A review on recent developments in the theoretical treatment of electronic energy losses of bare and...
The self-consistent electron–ion potential V(r) is calculated for H+ ions in an electron gas system ...
In this paper we propose a nonperturbative approximation to electronic stopping power based on the c...
The aim of the work, a survey is presented on calculating the energy loss of charged particles withi...
The velocity dependence of the stopping power of swift protons and deuterons in low energy collision...
The projectile energy loss for 7.5--25-MeV C6+,5+ and F6+ ions was measured for single collisions wi...
Cross sections for charge transfer and ionization in proton–uracil collisions are studied, for colli...
Absolute, total, single- and multiple-electron-loss cross sections are measured for 1.4-MeV / u U4,6...
Electron loss in proton-water collisions is studied in the energy range 100 keV < E < 1 MeV by emplo...
We have performed detailed simulations of the energy spectra, recorded at several angles, of proton ...
International audienceIn this work, we have subjected protonated nucleobases MH+ (M = guanine, adeni...
The technique of Translational Energy Spectrometry (TES) has been used to study electron capture pro...
The main topic of this dissertation has been to establish a theoretical model for the interaction of...
Recent theoretical developments in the unitary convolution approximation UCA for electronic energy...
Recent developments in the theoretical treatment of electronic energy losses of bare and screened io...
A review on recent developments in the theoretical treatment of electronic energy losses of bare and...
The self-consistent electron–ion potential V(r) is calculated for H+ ions in an electron gas system ...
In this paper we propose a nonperturbative approximation to electronic stopping power based on the c...
The aim of the work, a survey is presented on calculating the energy loss of charged particles withi...
The velocity dependence of the stopping power of swift protons and deuterons in low energy collision...
The projectile energy loss for 7.5--25-MeV C6+,5+ and F6+ ions was measured for single collisions wi...
Cross sections for charge transfer and ionization in proton–uracil collisions are studied, for colli...
Absolute, total, single- and multiple-electron-loss cross sections are measured for 1.4-MeV / u U4,6...
Electron loss in proton-water collisions is studied in the energy range 100 keV < E < 1 MeV by emplo...
We have performed detailed simulations of the energy spectra, recorded at several angles, of proton ...
International audienceIn this work, we have subjected protonated nucleobases MH+ (M = guanine, adeni...
The technique of Translational Energy Spectrometry (TES) has been used to study electron capture pro...
The main topic of this dissertation has been to establish a theoretical model for the interaction of...