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Charged-particle decays of highly excited states in $^{19}$F

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arxiv 1809.04357 v1 pith:3TQFUWOZ submitted 2018-09-12 nucl-ex

P. Adsley , F. Hammache , N. de Séréville , M. Assié , D. Beaumel , M. Chabot , M. Degerlier , C. Delafosse
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F. Flavigny A. Georgiadou J. Guillot V. Guimarães A. Gottardo I. Matea L. Olivier L. Perrot I. Stefan A. Laird S. P. Fox R. Garg S. Gillespie J. Riley J. Kiener A. Lefebvre-Schuhl V. Tatischeff I. Sivacek
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keywords reactionsstatesbranchingdecayratiosstrengthsabovealpha
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abstract

Neutron-capture reactions on $^{18}$F in the helium-burning shell play an important role in the production of $^{15}$N during core-collapse supernovae. The competition between the $^{18}$F($n,p/\alpha$)$^{18}$O/$^{15}$N reactions controls the amount of $^{15}$N produced. The strengths of these reactions depend on the decay branching ratios of states in $^{19}$F above the neutron threshold. We report on an experiment investigating the decay branching ratios of these states in order to better constrain the strengths of the reactions.

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