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Article
Balance functions in a thermal model with resonances
The π + π − balance function in rapidity is computed in a thermal model with resonances. It is found that the correlations from the neutral-resonance decays are imp...
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Article
Balance functions from a thermal model
A calculation of the pion balance functions in a thermal model is presented. The total result consists of resonance and non-resonance parts. A satisfactory agreement with the data on Au+Au collisions at ...
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Article
Nuclear matter with off-shell propagation
Symmetric nuclear matter is studied within the conserving, self-consistent T-matrix approximation. This approach involves off-shell propagation of nucleons in the ladder diagrams. The binding energy receives cont...
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Article
Thermodynamic consistency for nuclear matter calculations
We investigate the relation between the binding energy and the Fermi energy and between different expressions for the pressure in cold nuclear matter. For a self-consistent calculation based on a Φ derivable T-ma...
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Article
Collisions between metal clusters and multiply charged ions
Metal clusters are electrically charged by collisions with charged ions through electron transfer reactions from the clusters to the ions. The reaction processes are studied by the time-dependent mean field th...
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Article
Multiscaling in the hadronization in high energy collisions
We study the multiscaling in the fluctuations of multiparticle distributions at small scales. Similarly to the multiscaling effect, recently found in multifractal models, we analyse the dependence of the stren...
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Article
Finite-size scaling in the multiparticle production
The finite-size scalling analysis of the scaled factorial moment data is proposed. This analysis allows to extract the scaling indices of the underlying higher-dimensional scale-invariant multiparticle distrib...