Dynamical evolution of hadronic matter in relativistic collisions
- D.J. Dean(,)
- Oak Ridge and
- Vanderbilt U. and
- Caltech
- A.S. Umar(,)
- Oak Ridge and
- Vanderbilt U. and
- Caltech
- M.R. Strayer()
- Oak Ridge and
- Vanderbilt U. and
- Caltech
10 pages
Published in:
- Phys.Rev.C 48 (1993) 2433-2442
Citations per year
Abstract: (APS)
We use the (3+1)-dimensional string-parton model to study relativistic collisions of heavy ions at CERN energies. Various inclusive hadronic observables, such as transverse energy, dET/dη, and rapidity distributions, are calculated and compared with WA80 and NA35 data. We study secondary interactions that occur during the dynamical evolution, and show that these interactions tend to fill the midrapidity region. The dynamical evolution of the energy density of produced mesons and their thermodynamic properties are also studied.- scattering: heavy ion
- heavy ion: scattering
- hadron: multiple production
- multiple production: hadron
- string model
- model: parton
- model: hadronization
- rapidity spectrum
- charge: statistics
- hadron: transverse energy
References(44)
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