E. Vient

TL;DR: In this paper, the INDRA multidetector was used to study multifragmentation processes in central collisions for the Xe + Sn reaction at 50 A MeV, and the fragment kinetic energy spectra indicated a fast disintegration of the system with a radial collective motion of about 2 A MEV.

TL;DR: The 4π array INDRA was used to detect nearly all charged products emitted in Ar + Ni collisions between 52 and 95 MeV/u as mentioned in this paper, and the charge, mass and excitation energy E ∗ of the quasi-projectiles have been reconstructed event by event.

TL;DR: In this paper, the authors investigated the role of binary dissipative collisions in the production of vaporization events with the 4π array INDRA and found that the excitation energy of the vaporizing partners covers a broad range from 6 to 28 A MeV.

TL;DR: In this article, the authors presented the kinematical properties and chemical composition of vaporizing sources observed in heavy-ion collisions, defined as sources for which all detected species have atomic numbers lower than 3.

TL;DR: Using the 4π multidetector INDRA, collisions between 36Ar and 58Ni have been investigated over a broad bombarding energy range, from 32 to 95 AMeV, and the onset for complete vaporization of the system into neutrons, H and He isotopes as well as the evolution with energy of the isotopic composition of the vaporization events were determined as discussed by the authors.