Abstract
A versatile facility for studying nuclear reaction has been built. The 20Ne-(d,pγ)21Ne reaction has been studied using particle-gamma and gamma-gamma coincidence technique. Surface barrier solid state detectors and Ge(Li)-detectors were used together with a multi-dimensional storage of data in a PDP-15 on-line computer. Energies and gamma radiation branching ratios of levels in 21Ne up to 4.7 MeV have been measured. Levels in 21Ne are discussed in terms of modern shell model calculations and the Nilsson strong-coupling model.
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