학술논문
Experimental study of high-energy fission and quasi-fission dynamics with fusion-induced fission reactions at VAMOS++
Document Type
article
Author
Fernández D.; Caamaño M.; Ramos D.; Lemasson A.; Rejmund M.; Álvarez-Pol H.; Audouin L.; Frankland J. D.; Fernández-Domínguez B.; Galiana-Baldó E.; Piot J.; Schmitt C.; Ackermann D.; Biswas S.; Clement E.; Durand D.; Farget F.; Fregeau M. O.; Galaviz D.; Heinz A.; Henriques A.; Jacquot B.; Jurado B.; Kim Y. H.; Morfouace P.; Ralet D.; Roger T.; Teubig P.; Tsekhanovich I.
Source
EPJ Web of Conferences, Vol 284, p 04009 (2023)
Subject
Language
English
ISSN
2100-014X
Abstract
During the last decade, the use of inverse kinematics in the experimental study of fission is bringing a wealth of new observables obtained in single measurements, allowing their analysis and their correlations. An ongoing application of this technique is the basis of a series of experiments performed with the variable-mode, large-acceptance VAMOS++ spectrometer at GANIL. A recent experiment has been focused on the survival of the nuclear structure effects at high excitation energy in fission and quasi-fission. The full isotopic identification of fragments, the fission dynamics and the ratio between the production of fragments with even and odd atomic numbers, the so-called proton even-odd effect, are shown. The latter shows a different mechanism for fission and quasi-fission that could be used to separate fission from quasi-fission.