Nov 1965
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1965phrv..140..586c&link_type=abstract
Physical Review, vol. 140, Issue 3B, pp. 586-600
Other
22
Scientific paper
The rate has been measured for capture of negative muons on He3 to form bound H3. The monoenergetic recoil triton was observed in a He3 gas scintillation target counter, and the rate was normalized to μ-decay electrons observed in surrounding counters. Triton pulses were analyzed in the two dimensions of energy and time with respect to the stopping muon, and with an ultimate energy resolution of 15%, full width at half-maximum, a clean separation could be made between recoil tritons and other muon-associated events. The measured capture rate is 1465+/-67 sec-1, in good agreement with other experiments and with predictions based on the "standard" theory of muon capture. Simultaneous limits were calculated for the vector and induced pseudoscalar coupling constants, gVμ and gPμ, using the results of this experiment and of the experiments on muon capture in liquid hydrogen. These are 0.7
Clay Douglas R.
Edelstein Richard M.
Keuffel Jack W.
Wagner Richard L.
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