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The electron- and proton-capture rates of Be-7 important to the solar neutrino 'problem' are reexamined. Although the assumptions implied by the traditional Debye approximation for plasma screening are not valid, a careful numerical study changes the electron capture rate by less than 2 percent. Experimental data on the proton capture reaction are extrapolated to astrophysically relevant energies, using an energy dependence that includes d-wave scattering and is shown to be relatively independent of the model space and interaction used. It is found that the solar proton capture rate is lowered by approximately 7 percent from the currently accepted value.
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Johnson et al. (Mon,) studied this question.
synapsesocial.com/papers/6a1d8d21750575be8d2f9aff — DOI: https://doi.org/10.1086/171431
Calvin W. Johnson
University of Notre Dame
E. Kolbe
University of North Carolina at Chapel Hill
S. E. Koonin
New York University
The Astrophysical Journal
California Institute of Technology
University of Münster
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