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Intranuclear cascade+percolation+evaporation model applied to the 12C+ 197Au system at 1 GeV/nucleonVolant, C.; Turzo´, K.; Trautmann, W.; Auger, G.; Begemann-Blaich, M.-L.; Bittiger, R.; Borderie, B.; Botvina, A.S.; Bougault, R.; Bouriquet, B.; Charvet, J.-L.; Chbihi, A.; Dayras, R.; Dore´, D.; Durand, D.; Frankland, J.D.; Galichet, E.; Gourio, D.; Guinet, D.; Hudan, S.; Imme´, G.; Lautesse, Ph; Lavaud, F.; Le Fe`vre, A.; Lopez, O.; Łukasik, J.; Lynen, U.; Mu¨ller, W.F.J.; Nalpas, L.; Orth, H.; Plagnol, E.; Raciti, G.; Rosato, E.; Saija, A.; Schwarz, C.; Seidel, W.; Sfienti, C.; Steckmeyer, J.C.; Tamain, B.; Trzcin´ski, A.; Vient, E.; Vigilante, M.; Zwieglin´ski, B.
Nuclear physics. A, 2004, Letnik: 734Journal Article
The nucleus-nucleus Lie`ge intranuclear-cascade+percolation+evaporation model has been applied to the 12C+ 197Au data measured by the INDRA-ALADIN collaboration at GSI. After the intranuclear cascade stage, the data are better reproduced when using the Statistical Multiframentation Model as afterburner. Further checks of the model are done on data from the EOS and KAOS collaborations.
