Study of the Hindrance Effect in Sub-barrier Fusion Reactions

B. Bucher; C.L. Jiang; C. Ma; E. Martin; L. Lamm; M. Notani; P. Davies; S. Thomas; W. Tan; X.D. Tang

arxiv: 0910.5675 · v1 · submitted 2009-10-29 · ⚛️ nucl-ex

Study of the Hindrance Effect in Sub-barrier Fusion Reactions

M. Notani , P. Davies , B. Bucher , X. Fang , L. Lamm , C. Ma , E. Martin , W. Tan

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X.D. Tang S. Thomas C.L. Jiang

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keywords fusionbeta-decaybeta-gammacoincidencecomparisoncrosseffectenergy

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We have measured the fusion cross sections of the 12C(13C, p)24Na reaction through off-line measurement of the beta-decay of 24Na using the beta-gamma coincidence method. Our new measurements in the energy range of Ec.m. = 2.6-3.0 MeV do not show an obvious S-factor maximum but a plateau. Comparison between this work and various models is presented.

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Study of the Hindrance Effect in Sub-barrier Fusion Reactions

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