A cryogenically pumped gas target for the study of angular distributions of gamma rays following radiative capture
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A cryogenically pumped gas target, suitable for the study of angular distributions of gamma rays following radiative capture, has been constructed. A correction procedure has been developed to take into account the finite extent of the gamma emitting region within the target. The system has been tested in a study of the angular distribution of gamma rays from the well known 2+, T=1 state in 20Ne at 10.27 MeV, excited as a resonance in the reaction 16O(α, γ)20Ne.
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Nuclear Instruments and Methods