M
M. Vigilante
Publications - 2
Citations - 66
M. Vigilante is an academic researcher. The author has contributed to research in topics: Instability & Recoil. The author has an hindex of 2, co-authored 2 publications receiving 62 citations.
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Journal ArticleDOI
Dynamical effects in nuclear collisions in the Fermi energy range: aligned breakup of heavy projectiles
F. Bocage,J. Colin,M. Louvel,G. Auger,Ch.O. Bacri,N. Bellaize,Bernard Borderie,R. Bougault,R. Brou,Ph. Buchet,J.L. Charvet,A. Chbihi,D. Cussol,R. Dayras,N. De Cesare,A. Demeyer,D. Doré,D. Durand,J.D. Frankland,E. Galichet,E. Genouin-Duhamel,E. Gerlic,D. Guinet,P. Lautesse,J.L. Laville,J.F. Lecolley,R. Legrain,N. Le Neindre,O. Lopez,A. M. Maskay,L. Nalpas,A.D. Nguyen,M. Pârlog,Jean Péter,E. Plagnol,M.F. Rivet,Elio Rosato,F. Saint-Laurent,S. Salou,J.C. Steckmeyer,M. Stern,G. Tabacaru,B. Tamain,O. Tirel,L. Tassan-Got,E. Vient,M. Vigilante,C. Volant,J.P. Wieleczko,C. Le Brun,A. Genoux-Lubain,G. Rudolf,L. Stuttgé +52 more
TL;DR: In this paper, the authors analyzed angular and velocity distributions of light charged particles, and fragments, and found that there is a certain amount of matter in excess emitted between the two primary sources suggesting either the existence of a mid-rapidity source similar to the one observed in the relativistic regime (participants), or a strong deformation induced by the dynamics of the collision (neck instability).
Journal ArticleDOI
New method for the discrimination of single-source events in heavy-ion collisions
P. Désesquelles,A. M. Maskay,P. Lautesse,A. Demeyer,E. Gerlic,D. Guinet,M. Stern,J.L. Laville,G. Auger,Ch.O. Bacri,Luc Beaulieu,N. Bellaize,F. Bocage,Bernard Borderie,R. Bougault,Bertrand Bouriquet,R. Brou,Ph. Buchet,J. Colin,N. De Cesare,D. Doré,D. Durand,J.D. Frankland,P. Gagne,E. Galichet,E. Genouin-Duhamel,Marie Germain,Sylvie Hudan,Richard Laforest,F. Lavaud,J.F. Lecolley,C. Leduc,R. Legrain,N. Le Neindre,O. Lopez,M. Louvel,L. Nalpas,J. Normand,M. Pârlog,M.F. Rivet,Elio Rosato,René Roy,F. Saint-Laurent,J.C. Steckmeyer,G. Tabacaru,B. Tamain,L. Tassan-Got,O. Tirel,E. Vient,M. Vigilante,C. Volant,J.P. Wieleczko +51 more
TL;DR: In this article, a new method for the selection of central single-source events, based on classical multivariate techniques, was introduced for the Ni+Ni at 32A MeV system measured with the INDRA multidetector, which enabled the determination of the fusion probability as a function of the impact parameter and the evaluation of the corresponding cross section.