Add to ORKGA kinetic-energy—flow analysis of multiplicity-selected collisions of 93Nb(Elab=400A MeV)+93Nb is performed on the basis of the nuclear fluid dynamical model. The effects of finite particle numbers on the flow tensor are explicitly taken into account. Strong sidewards peaks are predicted in dN/dcosθF, the distribution of event by event flow angles. This is in qualitative agreement with recent data from the "Plastic Ball" electronic detection system. Cascade simulations fail to reproduce the data
We present an analysis of high energy heavy ion collisions at intermediate impact parameters, using ...
Quantum Molecular Dynamics (QMD) calculations of central collisions between heavy nuclei are used to...
This thesis is a review of six publications in which we make use of relativistic hydrodynamics to so...
Intranuclear cascade calculations and fluid dynamical predictions of the kinetic energy flow are com...
We study the recent claim that the intranuclear cascade model exhibits collective sidewards flow. 40...
The fluid dynamical model is used to study the reactions 20Ne+238U and 40Ar+40Ca at Elab=390 MeV/nuc...
Collisions between two nuclei have been modeled by numerical solution of classical approximations to...
Angular and energy distributions of fragments emitted from fast nucleus-nucleus collisions (Ne--> U ...
The systems Nb + Nb and Au + Au have been measured at different energies at the Bevalac with the Pla...
The novel momentum analysis technique introduced by Danielewicz and Odyniec can be used to detect an...
Viscous hydrodynamic calculations of high energy heavy-ion collisions (Nb-Nb and Au-Au) from 200 to ...
Proton spectra have been calculated for the reaction 12C(85 MeV/nucleon) + 197Au using a three-dimen...
We investigate the excitation function of quark-gluon plasma formation and of directed in-plane flow...
Matière NucléaireInternational audienceThe influence of radial flow on nuclear multifragmentation is...
Is thermalization necessary for hydrodynamic flow in nuclear collisions? The discovery of flow-like ...
We present an analysis of high energy heavy ion collisions at intermediate impact parameters, using ...
Quantum Molecular Dynamics (QMD) calculations of central collisions between heavy nuclei are used to...
This thesis is a review of six publications in which we make use of relativistic hydrodynamics to so...
Intranuclear cascade calculations and fluid dynamical predictions of the kinetic energy flow are com...
We study the recent claim that the intranuclear cascade model exhibits collective sidewards flow. 40...
The fluid dynamical model is used to study the reactions 20Ne+238U and 40Ar+40Ca at Elab=390 MeV/nuc...
Collisions between two nuclei have been modeled by numerical solution of classical approximations to...
Angular and energy distributions of fragments emitted from fast nucleus-nucleus collisions (Ne--> U ...
The systems Nb + Nb and Au + Au have been measured at different energies at the Bevalac with the Pla...
The novel momentum analysis technique introduced by Danielewicz and Odyniec can be used to detect an...
Viscous hydrodynamic calculations of high energy heavy-ion collisions (Nb-Nb and Au-Au) from 200 to ...
Proton spectra have been calculated for the reaction 12C(85 MeV/nucleon) + 197Au using a three-dimen...
We investigate the excitation function of quark-gluon plasma formation and of directed in-plane flow...
Matière NucléaireInternational audienceThe influence of radial flow on nuclear multifragmentation is...
Is thermalization necessary for hydrodynamic flow in nuclear collisions? The discovery of flow-like ...
We present an analysis of high energy heavy ion collisions at intermediate impact parameters, using ...
Quantum Molecular Dynamics (QMD) calculations of central collisions between heavy nuclei are used to...
This thesis is a review of six publications in which we make use of relativistic hydrodynamics to so...