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Dissociation of 8He into 6He + n + X at 240 MeV/u

AuthorsNilsson, T.; Humbert, F.; Schwab, W.; Zinser, M.; Blaich, Th.; García Borge, María José ; Chulkov, L. V.; Eickhoff, H.; Elze, Th. W.; Emling, H.; Franzke, B.; Freiesleben, H.; Geissel, H.; Grimm, K.; Guillemaud-Mueller, D.; Hansen, P. G.; Holzmann, R.; Irnich, H.; Johannsen, L.; Jonson, B.; Keller, J. G.; Klepper, O.; Klingler, H.; Kratz, J. V.; Kulessa, R.; Lambrecht, D.; Leifels, Y.; Magel, A.; Mohar, M.; Moore, E. F.; Mueller, A. C.; Münzenberg, G.; M¢ller, P.; Nickel, F.; Nyman, G.; Richter, Achim W.; Riisager, K.; Scheidenberger, C.; Schrieder, G.; Sherrill, B. M.; Simon, H.; Stelzer, K.; Stroth, J.; Tengblad, Olof ; Trautmann, W.; Wajda, E.; Zude, E.; S034-Collaboration
Issue Date6-Feb-1995
CitationNuclear Physics A 583: 795-798 (1995)
AbstractExtremely neutron-rich nuclei exhibit a number of interesting features of which the most well-known is the neutron halo phenomenon found in 11Li. See e.g. ref. [1] for a recent review. A much less investigated nucleus is 8He, although it is the nucleus with the highest A/Z-ratio that is still stable against particle emission. In the first experiment where evidence for an anomalously large matter radius in 11Li was seen [2], similar effects were also found in 6He and 8He. The extended neutron distribution has previously mainly been probed in dissociation experiments [3] at 800 MeV/u. We present here further information on reactions involving 8He.
Description4 pages, 3 figures, 2 tables.
Publisher version (URL)http://dx.doi.org/10.1016/0375-9474(94)00760-K
Appears in Collections:(CFMAC-IEM) Artículos
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