Abstract

The thermonuclear rate of the 42^{42}Ti(pp,γγ)43^{43}V reaction has been reevaluated based on a recent precise proton separation energy measurement of SpS_p(43^{43}V)=83±\pm43 keV. The astrophysical impact of our new rates has been investigated through one-zone postprocessing type I x-ray burst calculations. It shows that the new experimental value of SpS_p significantly affects the yields of species between A≈\approx40--45. As well, the precision of the recent experimental SpS_p value constrains these yields to better than a factor of three.

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