Clustering in light nuclei in fragmentation above 1 A GeV

N. P. Andreeva , D. A. Artemenkov , V. Bradnova , M. M. Chernyavsky , A. Sh. Gaitinov , N. A. Kachalova , S. P. Kharlamov , A. D. Kovalenko

show 20 more authors

M. Haiduc S. G. Gerasimov L. A. Goncharova V. G. Larionova A. I. Malakhov A. A. Moiseenko G. I. Orlova N. G. Peresadko N. G. Polukhina P. A. Rukoyatkin V. V. Rusakova V. R. Sarkisyan T. V. Shchedrina E. Stan R. Stanoeva I. Tsakov S. Vokal A. Vokalova P. I. Zarubin I. G. Zarubina

Authors on Pith no claims yet

classification ⚛️ nucl-ex

keywords nucleiemulsionfragmentationapproachfew-bodyinvariantnuclearresults

0 comments

read the original abstract

The relativistic invariant approach is applied to analyzing the 3.3 A GeV $^{22}$Ne fragmentation in a nuclear track emulsion. New results on few-body dissociations have been obtained from the emulsion exposures to 2.1 A GeV $^{14}$N and 1.2 A GeV $^{9}$Be nuclei. It can be asserted that the use of the invariant approach is an effective means of obtaining conclusions about the behavior of systems involving a few He nuclei at a relative energy close to 1 MeV per nucleon. The first observations of fragmentation of 1.2 A GeV $^{8}$B and $^{9}$C nuclei in emulsion are described. The presented results allow one to justify the development of few-body aspects of nuclear astrophysics.

This paper has not been read by Pith yet.

Clustering in light nuclei in fragmentation above 1 A GeV

discussion (0)