Results 231 to 240 of about 5,223 (263)
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Hypernucleus production in heavy-ion collisions
Physical Review C, 1985In terms of the participant-spectator model for high-energy heavy-ion collisions, the probability that a hyperon is created from the participants directly in the nuclear single-particle states of the spectator fragment is evaluated. It is found that the magnitude of the cross section for producing a hypernucleus depends on both the lifetime of the ...
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2005
The study of heavy ion collisions is motivated by the desire to probe properties of nuclear matter under unusual. conditions. Depending on the energy of the beam and the impact parameter of the collision, different phenomena are observed. A survey of typical experimental data and their interpretations are presented.
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The study of heavy ion collisions is motivated by the desire to probe properties of nuclear matter under unusual. conditions. Depending on the energy of the beam and the impact parameter of the collision, different phenomena are observed. A survey of typical experimental data and their interpretations are presented.
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1989
Results of recent experiments using relativistic ion beams are summarized. Several features of the data are presented which could be in the line of theoretical predictions resulting from the phase transition of ordinary matter to a deconfined Quark-Gluon Plasma.
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Results of recent experiments using relativistic ion beams are summarized. Several features of the data are presented which could be in the line of theoretical predictions resulting from the phase transition of ordinary matter to a deconfined Quark-Gluon Plasma.
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Nuclear thermometers for heavy-ion collisions
Physical Review C, 1989Measurement of the ratio of deuterons to excited deuterons is prescribed asa method for determining temperatures and breakup criteria inintermediate-energy heavy-ion collisions. The sudden coalescence model iscontrasted with a thermal breakup picture where ratios are determined byBoltzmann factors.
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Disappearance of rotation in heavy-ion collisions
Physical Review C, 1993The azimuthal distributions of nucleons are studied for central [sup 40]Ar+[sup 51]V collisions from [ital E]/[ital A]=35 to 125 MeV based on a Boltzmann equation. We demonstrate that the contribution to azimuthal asymmetry from residue rotation decreases with incident energy and eventually vanishes at energies [ital E]/[ital A][ge]75 MeV. In contrast,
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Spin Alignment of Vector Mesons in Heavy-Ion Collisions
Physical Review Letters, 2023Lucia Oliva +2 more
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Hadronization and Charm-Hadron Ratios in Heavy-Ion Collisions
Physical Review Letters, 2020Min He, Ralf Rapp
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Bayesian analysis of heavy ion collisions with the heavy ion computational framework Trajectum
Physical Review C, 2021Raimond Snellings +2 more
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