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1	Identification d'ions lourds, réaction de fusion complète ²⁰Ne + ¹²C à 110 MeV. Lucas, Jean-Jacques, January 1900 (has links) Th.--Sci. phys.--Grenoble 1, 1978. N°: 156. / Extr. en partie du Journal de physique, 38, 1977, 1051-1059.
2	Étude des mécanismes de réaction dans le système ²⁰Ne + ¹²C pour Elab (²⁰Ne) = 160 MeV. Kox, Serge, January 1900 (has links) Th. 3e cycle--Phys. nucl.--Grenoble 1, 1981. N°: 17.
3	Fragmentation in Proton-Nucleus Reactions from 100 to 1400 MeV Jäderström, Henrik January 2008 (has links) The heaviest fragments, recoils, have been studied in proton and deuteron induced 28Si reactions and proton-20Ne reactions at 100-300 MeV per nucleon. Inclusive charge and angular distributions and coincidences between He nuclei and recoils have been compared to two theoretical models, Dubna Cascade Model and JAERI Quantum Molecular Dynamics. The overall agreement was good for the reactions with 28Si, however the angular distributions of He fragments could not be reproduced. For the 20Ne reactions the recoil angular distributions were only reproduced for large angles. There was a significant underestimation at small angles and low recoil charge. α-clustering in the bombarding nucleus is a possible explanation for the deviations. In the 100 MeV per nucleon reactions all assumptions of the models may not be valid and the agreement was worst for these reactions. In proton-natXe reactions intermediate mass fragments have been studied from 200 to 1400 MeV. Slow ramping was used to scan the energy. Charge distributions and a caloric curve have been compared to Cascade Fragmentation Evaporation Model. Charge distributions showed good agreement for fragments with Z<8 but the heavier fragments were underestimated. Nuclear physics proton deuteron 20Ne 28Si Xe nuclear reactions inverse kinematics recoils intermediate mass fragments angular distribution DCM model JQMD model CFEM model single event upset Kärnfysik

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