Thermal and chemical equilibrium for vaporizing sources
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ID: 271573
1999
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Abstract
Vaporized sources produced in collisions between 36Ar and 58Ni at 95 MeV per nucleon have been detected with the multidetector INDRA. Complete information concerning the deexcitation properties of quasi-projectiles, including second moments of chemical composition, is compared to a quantum statistical model describing a gas of fermions and bosons in thermal and chemical equilibrium. Inclusions in the calculation of all known discrete levels of nuclear species which deexcite into light particles and of a final state excluded volume interaction are found decisive to very well reproduce the experimental data, which strongly supports that thermodynamical equilibrium was achieved at freeze-out for such sources.
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volant1999thethermal
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| Authors | B. Borderie,the INDRA collaboration,F. Gulminelli,M.F. Rivet,L. Tassan-Got,M. Assenard,G. Auger,F. Bocage,R. Bougault,R. Brou,Ph. Buchet,J. Colin,R. Dayras,A. Demeyer,J.D. Frankland,E. Galichet,E. Genouin-Duhamel,E. Gerlic,M. Germain,D. Guinet,P. Lautesse,J.L. Laville,J.F. Lecolley,T. Lefort,R. Legrain,N. Le Neindre,M. Louvel,A.M. Maskay,L. Nalpas,A.D. Nguyen,M. Parlog,E. Plagnol,A. Rahmani,T. Reposeur,E. Rosato,F. Saint-Laurent,S. Salou,J.C. Steckmeyer,M. Stern,G. Tabacaru,B. Tamain,O. Tirel,D. Vintache,C. Volant;B. Borderie;the INDRA collaboration;F. Gulminelli;M.F. Rivet;L. Tassan-Got;M. Assenard;G. Auger;F. Bocage;R. Bougault;R. Brou;Ph. Buchet;J. Colin;R. Dayras;A. Demeyer;J.D. Frankland;E. Galichet;E. Genouin-Duhamel;E. Gerlic;M. Germain;D. Guinet;P. Lautesse;J.L. Laville;J.F. Lecolley;T. Lefort;R. Legrain;N. Le Neindre;M. Louvel;A.M. Maskay;L. Nalpas;A.D. Nguyen;M. Parlog;E. Plagnol;A. Rahmani;T. Reposeur;E. Rosato;F. Saint-Laurent;S. Salou;J.C. Steckmeyer;M. Stern;G. Tabacaru;B. Tamain;O. Tirel;D. Vintache;C. Volant; |
| Journal | the european physical journal a |
| Year | 1999 |
| DOI |
10.1007/s100500050334
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| URL | |
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