The orbiting-cluster model (OCM) of resonances in heavy-ion reactions is reviewed in the
light of recent experimental results. Model predictions given earlier are compared with …

Excitation functions for the integrated yields of ten residual nuclei produced in the 12C+ 17O
and 13C+ 16O reactions have been measured using γ-ray techniques and oxygen beams at …

The C 12+ O 16 resonance structure in the Si 28 nucleus is examined by means of the C 12
(O 16, α) Mg 24 reaction excitation functions in the energy range E cm= 26.6 to 42.9 MeV in …

Some heavy-ion resonance studies have suggested that entrance channel binding energies
and, to a lesser extent, moments of inertia are important factors in determining whether or …

The 13 C+ 16 O reaction has been studied by the kinematic coincidence technique in the E
cm range between 19 and 30 MeV. Angular distributions and excitation functions were …

Angular distributions for the elastic scattering of O 16 from B 10 have been measured at E
cm= 14.17, 16.15, and 18.65 MeV over an angular range from 20 to 176. The angular …

The 24Mg (α, 12C) 16O and 24Mg (α, α') 24Mg reactions have been used to search for
resonances in the 28Si compound nucleus. The excitation functions were measured in the …

Elastic excitation functions have been measured for the 14 C+ 16 O colliding system at
incident energies from 38-54 MeV in energy steps of 1 MeV. Evidence was found for …