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Detection Of Neutron Clusters

F. M. Marques,M. Labiche,N. A. Orr,J. C. Angelique,L. Axelsson,B. Benoit,U. C. Bergmann,M. J. G. Borge,W. N. Catford,S. P. G. Chappell,N. M. Clarke,G. Costa,N. Curtis,A. D’Arrigo,E. de Góes Brennand,F. de Oliveira Santos,O. Dorvaux,G. Fazio,M. Freer,B. R. Fulton,G. Giardina,S. Grevy,D. Guillemaud-Mueller,F. Hanappe,B. Heusch,B. Jonson,C. Le Brun,S. Leenhardt,M. Lewitowicz,M. J. Lopez,K. Markenroth,A. C. Mueller,T. Nilsson,A. Ninane,G. Nyman,I. Piqueras,K. Riisager,M. G. Saint Laurent,F. Sarazin,S. M. Singer,O. Sorlin,L. Stuttge

PHYSICAL REVIEW C（2002）

Cited 167|Views43
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Abstract
A new approach to the production and detection of bound neutron clusters is presented. The technique is based on the breakup of beams of very neutron-rich nuclei and the subsequent detection of the recoiling proton in a liquid scintillator. The method has been tested in the breakup of intermediate energy (30-50 MeV/nucleon) Li-11, Be-14, and B-15 beams. Some six events were observed that exhibit the characteristics of a multineutron cluster liberated in the breakup of Be-14, most probably in the channel Be-10+(4)n. The various backgrounds that may mimic such a signal are discussed in detail.
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Key words
neutron clusters,detection
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