An experiment is proposed to expose nuclear emulsions loaded with B{sup 10} and LiF to high energy protons at 100 GeV, 150 GeV and 200 GeV. The purposes are: (i) to measure the total cross-sections at these incident energies, (ii) to investigate charged multiplicity as a function of energy, (iii) to investigate the angular distribution and development of hadron showers in collisions of protons with nuclei
Subject of inquiry: secondary charged particles being nucleated in proton-nucleus interaction in emu...
Momentum distribution of secondary particles at large angular region in proton-emulsion interactions...
For nucleon-nucleon collisions at a median energy of 500 GeV, the median fraction of the energy rele...
We are interested in exposing Ilford G-5 pellicles to proton beam from the lowest to the highest ene...
We propose to expose two stacks of nuclear emulsion to the 200 and 500 GeV/c protons. In these stack...
The investigation of interactions of hadrons with the nucleus in recent time became very important, ...
Proton-nucleus interactions, in nuclear emulsion, at incident proton energies of 200 GeV and 300 GeV...
The interaction of 800-GeV protons in nuclear emulsion has been investigated. The multiplicities and...
Nuclear emulsion chambers with lead targets have been exposed to a 158 GeV per nucleon beam of $\sp{...
Recently the process of emission of multiply-charged fragments from nuclear interactions has been th...
Recently the process of emission of multiply-charged fragments from nuclear interactions has been th...
We propose a bubble chamber study of the general features of proton-proton interactions in the 200 t...
Thesis (M.A.)--Boston UniversityEnergy levels are characterized by the following properties: excitat...
This paper presents the results of an experiment in which nuclear emulsions were exposed to the 800 ...
Interest in studying relativistic nucleus-nucleus interations arises from the fact that they offer a...
Subject of inquiry: secondary charged particles being nucleated in proton-nucleus interaction in emu...
Momentum distribution of secondary particles at large angular region in proton-emulsion interactions...
For nucleon-nucleon collisions at a median energy of 500 GeV, the median fraction of the energy rele...
We are interested in exposing Ilford G-5 pellicles to proton beam from the lowest to the highest ene...
We propose to expose two stacks of nuclear emulsion to the 200 and 500 GeV/c protons. In these stack...
The investigation of interactions of hadrons with the nucleus in recent time became very important, ...
Proton-nucleus interactions, in nuclear emulsion, at incident proton energies of 200 GeV and 300 GeV...
The interaction of 800-GeV protons in nuclear emulsion has been investigated. The multiplicities and...
Nuclear emulsion chambers with lead targets have been exposed to a 158 GeV per nucleon beam of $\sp{...
Recently the process of emission of multiply-charged fragments from nuclear interactions has been th...
Recently the process of emission of multiply-charged fragments from nuclear interactions has been th...
We propose a bubble chamber study of the general features of proton-proton interactions in the 200 t...
Thesis (M.A.)--Boston UniversityEnergy levels are characterized by the following properties: excitat...
This paper presents the results of an experiment in which nuclear emulsions were exposed to the 800 ...
Interest in studying relativistic nucleus-nucleus interations arises from the fact that they offer a...
Subject of inquiry: secondary charged particles being nucleated in proton-nucleus interaction in emu...
Momentum distribution of secondary particles at large angular region in proton-emulsion interactions...
For nucleon-nucleon collisions at a median energy of 500 GeV, the median fraction of the energy rele...