Abstract
The report describes the research contract proposal concerning the development of a neutron imaging system for real time and tomography investigations that is based on LiF-ZnS scintillator and Charge Coupled Devices (CCD) camera like light-electrical signal converter. The necessary components of such a type of detector: scintillating screen, aluminized mirror and CCD camera with proper lenses are presented. It is intended to use the imaging system with large scale objects under static and dynamic investigations under various neutron fluencies obtained from Annular Core Pulsing Reactor (ACPR) in steady state and pulsing mode.
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