The azimuthal distributions of protons transmitted through thin silicon single crystals near the ⟨110⟩ axis were measured using a two-dimensional position-sensitive detector. The data are composed of ringlike distributions with strong azimuthal and transverse energy dependence. The azimuthal distributions are compared with theoretical predictions based on the random string approximation using different forms of the interatomic potential. "Blocking" in the transverse plane is also observed. In addition, from an analysis of the radial spreading of the distribution the effects of inelastic scattering in the transverse plane are clearly seen.Physic
A detailed study of the energy loss distributions of the relativistic protons axially channeled in t...
In this study we analyze the angular distributions of Ne10+ ions channeled in the LT 100 GT Si cryst...
The ordered positions of atoms in crystals give a reason to study multiple Coulomb scattering of hig...
This paper describes experimental work on channeling of 2 MeV protons through a silicon crystal, ori...
This paper describes experimental work on channeling of 2 MeV protons through a silicon crystal, ori...
We have studied theoretically angular distributions of relativistic protons axially channeled throug...
We have studied theoretically angular distributions of relativistic protons axially channeled throug...
Typescript (photocopy).The emergent angular and energy distributions of 8-200 keV protons transmitte...
A detailed study of the energy loss distributions of the relativistic protons axially channeled in t...
Experimental energy loss measurements were made for protons of energy 0.5 to 1.6 MeV channeling thro...
Monte Carlo channeling simulations for 3 MeV protons which are transmitted close to the [011] axis o...
Monte Carlo channeling simulations for 3 MeV protons which are transmitted close to the [011] axis o...
Monte Carlo channeling simulations for 3 MeV protons which are transmitted close to the [011] axis o...
Monte Carlo channeling simulations for 3 MeV protons which are transmitted close to the [011] axis o...
This study provides a way to produce very accurate ion atom interaction potentials. We present the h...
A detailed study of the energy loss distributions of the relativistic protons axially channeled in t...
In this study we analyze the angular distributions of Ne10+ ions channeled in the LT 100 GT Si cryst...
The ordered positions of atoms in crystals give a reason to study multiple Coulomb scattering of hig...
This paper describes experimental work on channeling of 2 MeV protons through a silicon crystal, ori...
This paper describes experimental work on channeling of 2 MeV protons through a silicon crystal, ori...
We have studied theoretically angular distributions of relativistic protons axially channeled throug...
We have studied theoretically angular distributions of relativistic protons axially channeled throug...
Typescript (photocopy).The emergent angular and energy distributions of 8-200 keV protons transmitte...
A detailed study of the energy loss distributions of the relativistic protons axially channeled in t...
Experimental energy loss measurements were made for protons of energy 0.5 to 1.6 MeV channeling thro...
Monte Carlo channeling simulations for 3 MeV protons which are transmitted close to the [011] axis o...
Monte Carlo channeling simulations for 3 MeV protons which are transmitted close to the [011] axis o...
Monte Carlo channeling simulations for 3 MeV protons which are transmitted close to the [011] axis o...
Monte Carlo channeling simulations for 3 MeV protons which are transmitted close to the [011] axis o...
This study provides a way to produce very accurate ion atom interaction potentials. We present the h...
A detailed study of the energy loss distributions of the relativistic protons axially channeled in t...
In this study we analyze the angular distributions of Ne10+ ions channeled in the LT 100 GT Si cryst...
The ordered positions of atoms in crystals give a reason to study multiple Coulomb scattering of hig...