A formalism is developed for evaluating the momentum distribution for proton production in nuclear abrasion during heavy ion collisions using the Glauber multiple-scattering series. Several models for the one-body density matrix of nuclei are considered for performing numerical calculations. Calculations for the momentum distribution of protons in abrasion are compared with experimental data for inclusive proton production
In the framework of Quark-Gluon String Model we calculate the inclusive spectra of secondaries produ...
An optical model description of momentum transfer in relativistic heavy ion collisions, based upon c...
The transverse momentum spectra of hadrons are calculated from the unintegrated gluon distribution (...
A formalism is developed for evaluating the momentum distribution for proton production in nuclear a...
In heavy ion reactions, neutron production at forward angles is observed to occur with a Gaussian sh...
A scattering formalism is developed in a multiple scattering model to describe inclusive momentum di...
The inclusive production of a particles from a nuclear target is investigated. The cross section for...
The fragmentation of target nuclei by relativistic protons and heavy ions is described within the co...
A simple geometrical model (often quoted in literature as the Glauber model) of heavy ion collisions...
The theory of high-energy hadron-nucleus collisions is discussed by means of the multiple-diffractio...
An optical model description of energy and momentum transfer in relativistic heavy-ion collisions, b...
We construct an analytical expression for the distribution of gluons in the state immediately follow...
We derive expressions for the gluon production cross sections in the single diffractive proton-nucle...
Quantum-mechanical optical-model methods for calculating cross sections for the fragmentation of hig...
A modified version of a multiple scattering model is applied to describe nuclear inclusive reactions...
In the framework of Quark-Gluon String Model we calculate the inclusive spectra of secondaries produ...
An optical model description of momentum transfer in relativistic heavy ion collisions, based upon c...
The transverse momentum spectra of hadrons are calculated from the unintegrated gluon distribution (...
A formalism is developed for evaluating the momentum distribution for proton production in nuclear a...
In heavy ion reactions, neutron production at forward angles is observed to occur with a Gaussian sh...
A scattering formalism is developed in a multiple scattering model to describe inclusive momentum di...
The inclusive production of a particles from a nuclear target is investigated. The cross section for...
The fragmentation of target nuclei by relativistic protons and heavy ions is described within the co...
A simple geometrical model (often quoted in literature as the Glauber model) of heavy ion collisions...
The theory of high-energy hadron-nucleus collisions is discussed by means of the multiple-diffractio...
An optical model description of energy and momentum transfer in relativistic heavy-ion collisions, b...
We construct an analytical expression for the distribution of gluons in the state immediately follow...
We derive expressions for the gluon production cross sections in the single diffractive proton-nucle...
Quantum-mechanical optical-model methods for calculating cross sections for the fragmentation of hig...
A modified version of a multiple scattering model is applied to describe nuclear inclusive reactions...
In the framework of Quark-Gluon String Model we calculate the inclusive spectra of secondaries produ...
An optical model description of momentum transfer in relativistic heavy ion collisions, based upon c...
The transverse momentum spectra of hadrons are calculated from the unintegrated gluon distribution (...