We review the topic of muon capture in nuclei and show that significant nuclear physics is
being learnt from recent experiments. The focus of many earlier experiments had been the …

Proton-induced knockout reactions provide a direct means of studying the single particle or
cluster structures of target nuclei. In addition, these knockout reactions are expected to play …

Wavefunction mapping, in terms of the independent-particle representation of a many-body
system in momentum space, is effected by reactions in which a particle is removed from the …

An efficient calculational method for distorted wave impulse approximation analyses of
quasifree knockout reactions is described. Since the usual Racah algebra is eliminated, it is …

Reactions with radioactive nuclear beams at relativistic energies have opened new doors to
clarify the mechanisms of stellar evolution and cataclysmic events involving stars and during …

Cross section and analyzing power, energy-sharing spectra have been measured for the
16O (p, 2p) reaction at an incident energy of 200 MeV for twenty-four different pairs of angles …

Cross sections for the Ca 40 (p, 2p) reactions at 101.3 and 76.1 MeV and the O 16 (p, 2p)
reaction at 101.3 MeV have been measured and analyzed using distorted-wave impulse …

The (p, p α) and (p, d He 3) reactions on Be 9 have been investigated at a bombarding
energy of 101.5 MeV in a non-coplanar geometry. Coincident data were obtained for …

Recent distorted-wave impulse-approximation analyses of (p, 2 p) reactions induced by
polarized and unpolarized protons have assumed that the spin-orbit parts of the distorting …

The continuum cross sections and analyzing powers from the H 2, 3, 4He (p→, p') and 3,
4He (p→, d') reactions were measured for 98.7 and 149.3 MeV polarized protons in the …