Abstract
A 6Li sandwich semiconductor detector has been developed to measure fast neutron spectra in the core of the Universities Research Reactor. The aim of the design has been versatility in use. The same semiconductor junctions can be used for both background and spectra measurements. The thickness of 6LiF between the junctions can be varied and boron layers can be added if required. The method adopted for junction fabrication requires minimum silicon handling and eliminates the problem of connecting the electrical leads to the silicon electrodes. Preliminary results obtained with the sandwich detector are presented.
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