IN-CORE, SELF-POWERED FAST NEUTRON FLUX MONITORS.
Jr Upton, D. P. Brown, Wyatt Spear
Abstract
Open-access reader
Jr Upton, D. P. Brown, Wyatt Spear
Abstract
Open-access reader
variations in composition and changes in hypothetical environment. The environmental variations include shifts in the level and distribution of the reactor spectrum and in detector exposure. It is concluded that regeneration detectors are feasible and present an operational gain over single nuclide detectors. Finally, proposed experimental methods are discussed. (auth)
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variations in composition and changes in hypothetical environment. The environmental variations include shifts in the level and distribution of the reactor spectrum and in detector exposure. It is concluded that regeneration detectors are feasible and present an operational gain over single nuclide detectors. Finally, proposed experimental methods are discussed. (auth)
Key concepts: Nuclide, Detector, Neutron flux, Nuclear physics, Nuclear engineering, Neutron, Neutron detection, Core (optical fiber)