Stefan Scherer, 14.03.2000
graphical
index
-
Description of the model:
- The setting: quark degrees of freedom in relativistic heavy ion collisions
- Description of the model
- Time evolution in the model (thermal initial conditions)
-
Non-equilibrium properties of the model:
Combining UrQMD and qMD to describe a S + Au collision at SPS
- Time evolution in real space
- Time dependent hadronization
- Time evolution in rapidity space
- Transverse mass spectrum of negative pions and kaons
- Rapidity distribution of particle numbers
-
The model with thermal initial conditions
- Ratios of produced hadrons
- Transverse momentum spectra of initial quarks and final hadrons
- Slope parameter as function of mass - transverse flow
-
Thermal properties of the model
- Thermal properties of the model - Metropolis simulation
- Hadron to quark ratio as function of temperature
- Energy density and pressure as function of temperature
- Finite baryon densities and phase diagram in T/µ plane
- Conclusions
-
Some more slides ...
|
graphical index |
- Description of the model:
- The setting: quark degrees of freedom in relativistic heavy ion collisions
- Description of the model
- Time evolution in the model (thermal initial conditions)
-
Non-equilibrium properties of the model:
Combining UrQMD and qMD to describe a S + Au collision at SPS
- Time evolution in real space
- Time dependent hadronization
- Time evolution in rapidity space
- Transverse mass spectrum of negative pions and kaons
- Rapidity distribution of particle numbers
- The model with thermal initial conditions
- Ratios of produced hadrons
- Transverse momentum spectra of initial quarks and final hadrons
- Slope parameter as function of mass - transverse flow
- Thermal properties of the model
- Thermal properties of the model - Metropolis simulation
- Hadron to quark ratio as function of temperature
- Energy density and pressure as function of temperature
- Finite baryon densities and phase diagram in T/µ plane
- Conclusions
- Some more slides ...