We make a systematic analysis of the experimental nuclear stopping power determination. We show that the experimental values are divided into two groups : 1) One of them corresponds to measurements made using a narrow acceptance angle of the detection system along the beam axis. These measurements lead to the evaluation of the mean velocity of an ion beam leaving the target, 2) The other one is obtained by summing the contribution of all the particles scattered in the target. These values give the total nuclear energy dissipated in the target. We give two simple analytical relations to fit these two groups of data.Nous faisons une étude systématique des valeurs expérimentales obtenues pour la puissance d'arrêt nucléaire. Les données se répa...
International audienceWe show a systematic experimental study based on INDRA data of the stopping po...
<p>The inset shows the distribution of final kinetic energies of the projectile for the various init...
Data about antiprotons slowing down in gaseous targets at very low energies (E < 1 keV) show that th...
We make a systematic analysis of the experimental nuclear stopping power determination. We show that...
We have introduced some new empirical relations for stopping powers of protons and alpha particles i...
The retarding force of the charged particles when interacts with matter causing loss of particle en...
In the present paper, the stopping power due to ionization and excitation for (8-MeV) p, d, t, α par...
This thesis describes the development of computer programs and the theory for the calculations of st...
The energy loss of Be-9, B-11, C-12, N-14, O-16, F-19 and N-20, ions at 1 MeV per nucleon in C, Al, ...
We examine the use of the momentum distribution of recoiling nucleons to study the stopping power la...
In this research, the stopping powers due to ionization and excitation for alpha particles moving no...
We have examined and confirmed the previously unexplored concept of using Monte Carlo calculations i...
In heavy-ions collisions different observables have been studied in order to get an insight about dis...
Data about antiprotons slowing down in gaseous targets at very low energies ({ital E}{lt}1 keV) show...
Pulse-height and time-of-flight methods have been used to measure the electronic stopping cross sect...
International audienceWe show a systematic experimental study based on INDRA data of the stopping po...
<p>The inset shows the distribution of final kinetic energies of the projectile for the various init...
Data about antiprotons slowing down in gaseous targets at very low energies (E < 1 keV) show that th...
We make a systematic analysis of the experimental nuclear stopping power determination. We show that...
We have introduced some new empirical relations for stopping powers of protons and alpha particles i...
The retarding force of the charged particles when interacts with matter causing loss of particle en...
In the present paper, the stopping power due to ionization and excitation for (8-MeV) p, d, t, α par...
This thesis describes the development of computer programs and the theory for the calculations of st...
The energy loss of Be-9, B-11, C-12, N-14, O-16, F-19 and N-20, ions at 1 MeV per nucleon in C, Al, ...
We examine the use of the momentum distribution of recoiling nucleons to study the stopping power la...
In this research, the stopping powers due to ionization and excitation for alpha particles moving no...
We have examined and confirmed the previously unexplored concept of using Monte Carlo calculations i...
In heavy-ions collisions different observables have been studied in order to get an insight about dis...
Data about antiprotons slowing down in gaseous targets at very low energies ({ital E}{lt}1 keV) show...
Pulse-height and time-of-flight methods have been used to measure the electronic stopping cross sect...
International audienceWe show a systematic experimental study based on INDRA data of the stopping po...
<p>The inset shows the distribution of final kinetic energies of the projectile for the various init...
Data about antiprotons slowing down in gaseous targets at very low energies (E < 1 keV) show that th...