B. T. Roeder

Precision half-life measurement of theβ+decay ofK37

The half-life of tsups{37}K has been measured to be

Precision half-life measurement of the \boldmath

1.23651(94)~mathrm{s}

\beta^+

, a value nearly an order of magnitude more precise than the best previously reported. The

decay of \tsups{37}K

beta^+

Precision half-life measurement of the β + decay of K 37

decay of tsups{37}K occurs mainly via a superallowed branch to the ground-state of its

Astrophysically important reaction rates for novae and X-ray bursts from proton breakup at intermediate energies

T=1/2

Breakup of proton-rich nuclei 24Si, 23Al, 22Mg, 21Na at intermediate energies for reaction rates in explosive H-burning in novae

mirror, tsups{37}Ar. This transition has been used recently, together with similar transitions from four other nuclei, as an alternative test of CVC and method for determining

Two-proton decay of 12 O and its isobaric analog state in 12 N

V_{ud}

Proton decay of excited states in 12 N and 13 O and the astrophysical 11 C( p , γ ) 12 N reaction rate

, but the precision of its

One-proton breakup of 24 Si and the 23 Al( p,γ ) 24 Si reaction in type I x-ray bursts

ft