Abstract
The gamma-ray response of thin NE 905 6Li-glass scintillators is studied as a function of gamma-ray energy, scintillator thickness, and detector resolution. The probability for a gamma ray to simulate a neutron event is measured at three gamma-ray energies for three scintillator thicknesses. The feasibility of using coincidence information from electrons that diffuse out of the glass to reduce gamma-ray caused background is also studied.
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