Add to ORKGThe hard photon spectrum emitted in heavy-ion collisions is analyzed in the light of dynamical phase-space considerations to infer information on the thermodynamical properties of hot and dense nuclear matter. Energy spectrum, angular distribution and two-photon interference pattern converge to indicate the existence of two distinct photon sources shining during the thermalization phase of the participant zone.</p
The main goal of the future NICA-MPD experiment is studying the dense baryonic matter produced in he...
One of the very interesting aspects of high energy heavy-ion collisions experiments is a detailed st...
Aside from the dominant production of hard photons in first-chance p-n collisions, a significant har...
The hard photon spectrum emitted in heavy-ion collisions is analyzed in the light of dynamical phase...
The dynamics of heavy-ion collisions is studied in an energy domain in the vicinity of the Fermi ene...
The thermodynamical properties of nuclear matter at moderate temperatures and densities, in the vici...
In this experimental work, hard photons produced in heavy-ion collisions at intermediateenergies hav...
Results from the experimental program with light ion beams and heavy target nuclei at the CERN SPS c...
Spectra of various particle species have been calculated with the Quantum Molecular Dynamics (QMD) m...
We study the nuclear dynamics involved in heavy-ion collisions using the isospin-dependent quantum m...
In high energy nucleus-nucleus collisions, a transient state of thermalized, hot and dense matter go...
The aim of ultrarelativistic heavy ion physics is to study collectivity and thermodynamics of Quantu...
This dissertation reports a detailed measurements of two-particle correlations in relativistic heavy...
In Part 1 we examine the theoretical framework for the use of photon spectra to probe heavy ion coll...
The main goal of the future NICA-MPD experiment is studying the dense baryonic matter produced in he...
One of the very interesting aspects of high energy heavy-ion collisions experiments is a detailed st...
Aside from the dominant production of hard photons in first-chance p-n collisions, a significant har...
The hard photon spectrum emitted in heavy-ion collisions is analyzed in the light of dynamical phase...
The dynamics of heavy-ion collisions is studied in an energy domain in the vicinity of the Fermi ene...
The thermodynamical properties of nuclear matter at moderate temperatures and densities, in the vici...
In this experimental work, hard photons produced in heavy-ion collisions at intermediateenergies hav...
Results from the experimental program with light ion beams and heavy target nuclei at the CERN SPS c...
Spectra of various particle species have been calculated with the Quantum Molecular Dynamics (QMD) m...
We study the nuclear dynamics involved in heavy-ion collisions using the isospin-dependent quantum m...
In high energy nucleus-nucleus collisions, a transient state of thermalized, hot and dense matter go...
The aim of ultrarelativistic heavy ion physics is to study collectivity and thermodynamics of Quantu...
This dissertation reports a detailed measurements of two-particle correlations in relativistic heavy...
In Part 1 we examine the theoretical framework for the use of photon spectra to probe heavy ion coll...
The main goal of the future NICA-MPD experiment is studying the dense baryonic matter produced in he...
One of the very interesting aspects of high energy heavy-ion collisions experiments is a detailed st...
Aside from the dominant production of hard photons in first-chance p-n collisions, a significant har...