Elsevier

Nuclear Physics A

Volume 719, 19 May 2003, Pages C253-C256
Nuclear Physics A

Study of resonance states using a low-energy RI beam separator at CNS

https://doi.org/10.1016/S0375-9474(03)00928-XGet rights and content

Abstract

We have studied resonance states in 13O and 12N by the elastic resonance scattering 12N + p and 11C + p, respectively. The experiment was performed with radioactive-ion beams of 12N at 3.9 A MeV and 11C at 3.4 A MeV. These beams were produced by a low-energy in-flight technique with a newly developed radioactive-ion beam separator at CNS.

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    This feature is also observed in unseparated data at larger momentum transfers: it appears to grow with momentum transfer [1988WE1E]. See also [1992BO10,1992WA19,1994MA26,1995JO21,2003AN15,2003DE10,2005MO04]. Multi-nucleon correlations and few-body interactions are discussed in [1993KE02,1995KE03,1995KE06,1996KE03,1996RY04,1997RY01,1998AL03,1998BL06,1998RY05,2000DE58,2000RO17,2004MU29,2005HO18,2005KE06,2006EG02,2007PI05,2009CI01,2014CO05].

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Present address: Department of Physics, University of Tokyo, 7-3-1 Hongo, Bunkyo-ku, Tokyo 113-0033, Japan

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