An In-Core Power Deposition and Fuel Thermal Environmental Monitor for Long-Lived Reactor Cores | Zendy

D.W. Miller | Zendy

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An In-Core Power Deposition and Fuel Thermal Environmental Monitor for Long-Lived Reactor Cores

Author(s) -

D.W. Miller

Publication year - 2004

Language(s) - English

Resource type - Reports

DOI - 10.2172/832911

Subject(s) - core (optical fiber) , coolant , nuclear engineering , deposition (geology) , nuclear reactor core , thermal hydraulics , instrumentation (computer programming) , environmental science , thermal power station , power (physics) , thermal , waste management , engineering , mechanical engineering , meteorology , computer science , geology , physics , mechanics , heat transfer , thermodynamics , telecommunications , operating system , paleontology , sediment

The primary objective of this program is to develop the Constant Temperature Power Sensor (CTPS) as in-core instrumentation that will provide a detailed map of local nuclear power deposition and coolant thermal-hydraulic conditions during the entire life of the core

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