Study of the 12C +16 O Fusion Reaction in Carbon Burning Via the Trojan Horse Method
A. A. Oliva,A. Tumino,N. Soic,P. M. Prajapati,L. Acosta,R. Alba,F. Barba S. Cherubini,G. D'Agata,D. Dell'Aquila,A. Di Pietro,J. P. Fernandez,P. Figuera,D. Galaviz Redondo,L. Guardo,M. Gulino,F. Hammache,D. Jelavic Malenica,A. I. Kilic,M. La Cognata,M. La Commara,L. Lamia,D. Lattuada,C. Maiolino,G. Manico,M. Mazzocco,M. Milin,Ma Nanru,A. Nurmukhanbetova,D. Nurkic,S. Palmerini,T. Parascandolo,D. Pierroutsakou,R. G. Pizzone,R. Popocovski,G. G. Rapisarda,S. Romano,D. Santonocito,M. L. Sergi,A. Shotter,R. Sparta,A. Spiridon,L. Trache,N. Vukman,H. Yamaguchi NUCLEAR PHYSICS IN ASTROPHYSICS - X, NPA-X 2022（2023）
Key words
Astrophysical Reaction Rates
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