ONSET OF VAPORIZATION FOR THE AR+NI SYSTEM

Authors
BACRI CO BORDERIE B CHARVET JL CUSSOL D DAYRAS R LOPEZ O OUATIZERGA A RIVET MF AUGER G BENKIRANE A BENLLIURE J BERTHIER B BOUGAULT R BROU R BOX P CASSAGNOU Y CHBIHI A COLIN J DEFILIPPO E DEMEYER A DURAND D ECOMARD P EUDES P GENOUXLUBAIN A GOURIO D GUINET D LAKEHALAYAT L LAUTESSE P LAVILLE JL LEBRETON L LEBRUN C LECOLLEY JF LEFEVRE A LEGRAIN R LOUVEL M MAHI M MARIE N MITIVIER V NALPAS L NAKAGAWA T PARLOG M PETER J PLAGNOL E POLLACCO E RAHMANI A REGIMBART R REPOSEUR T ROSATO E SAINTLAURENT F SQUALLI M STECKMEYER JC TAMAIN B TASSANGOT L VIENT E VOLANT C WIELECZKO JP WIELOCH A YUASANAKAGAWA K
Citation
Co. Bacri et al., ONSET OF VAPORIZATION FOR THE AR+NI SYSTEM, Physics letters. Section B, 353(1), 1995, pp. 27-31
Citations number
17
Categorie Soggetti
Physics
Journal title
Physics letters. Section B → ACNP
ISSN journal
03702693
Volume
353
Issue
1
Year of publication
1995
Pages
27 - 31
Database
ISI
SICI code
0370-2693(1995)353:1<27:OOVFTA>2.0.ZU;2-E
Abstract
Using the 4 pi multidetector INDRA, collisions between Ar-36 and Ni-58 have been investigated over a broad bombarding energy range, from 32 to 95 AMeV. The onset for complete vaporization of the system into neu trons, H and He isotopes as well as the evolution with energy of the i sotopic composition of the vaporization events were determined. Initia l excitation energy needed for vaporization is discussed.