Decay studies of importance to explosive hydrogen burning

Details Decay studies of importance to explosive hydrogen burning Decay studies of importance to explosive hydrogen burning

Feb 1997

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1997nupha.621..211i&link_type=abstract

Nuclear Physics A, v. 621, p. 211-214.

Physics

Nuclear Physics

5

Scientific paper

The β-delayed α-particle decay of 36K has been measured in order to search for natural parity states near the proton threshold in 36Ar. Such states could correspond to resonances in the reaction 35Cl(p,α)32S and might influence mass flows in explosive hydrogen burning scenarios appreciably. We have found evidence for a new α-particle emitting state, corresponding to a resonance energy of ElabR=351 keV. Possible implications for the nucleosynthesis during neon nova outbursts are discussed. Properties of the proton drip line nuclei 65As, 69Br and 73Rb are important for the prediction of the nucleosynthesis in very high-temperature hydrogen-burning scenarios, such as x-ray bursts. We describe an experimental program at TRIUMF which is designed to measure the quantities of astrophysical interest.

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