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Thermal-Hydraulic Performance Analysis of KALIMER Conceptual Design Cores and Subassemblies  

임현진 (아주대학교)
김영균 (한국원자력연구)
김영일 (한국원자력연구)
오세기 (아주대학교)
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Abstract
The main purpose of a liquid metal reactor core thermal-hydraulic design is to efficiently extract the core thermal power by distributing the appropriate sodium coolant flow according to the power distribution in the core. The thermal-hydraulic design procedure consists of the coolant flow distribution to the sub-assemblies, the coolant/fuel temperature calculations and detailed subchannel analysis. This paper describes the LMR core thermal-hydraulic design methodology and summarizes the major design and analysis results of KALIMER breeder and breakeven cores and subassemblies. KALIMER is a 150 MWe rated (392 MWth) heterogeneous core with U-TRU-Zr ternary alloy fuel and sodium coolant.
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