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Plan and progress of the fusion neutron sources development at KAERI for fusion and fission applications

机译:KAERI的聚变中子源开发计划和进展,用于聚变和裂变应用

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In accordance with the national fusion energy program of Korea, Korea Atomic Energy Research Institute (KAERI) has established a road map for the development of a volumetric fusion neutron source (V-FNS) and begun development of a compact fusion neutron source (C-FNS) for fusion, fission, and industrial applications. Regarding the C-FNS development, KAERI has developed a radio frequency (RF) ion source inclusive of an RF driver and generator, and has designed, fabricated, and tested a target at the "Korea heat load test facility with an electron beam (KoHLT-EB)" prior to assembly with an ion source for investigating the integrity of the target under a high heat flux condition. Test conditions such as heat flux, coolant flow rate, and pressure were prepared using a preliminary analysis and later compared against test results. From the comparison, the design of the target was optimized and its thermal integrity confirmed. Thus far, KAERI has been successful in its development of a C-FNS and has begun preparations for on-site C-FNS and V-FNS designs.
机译:根据韩国的国家聚变能计划,韩国原子能研究所(KAERI)已制定了发展体积聚变中子源(V-FNS)的路线图,并开始开发紧凑聚变中子源(C- FNS)用于融合,裂变和工业应用。关于C-FNS的开发,KAERI开发了包括RF驱动器和发生器在内的射频(RF)离子源,并设计,制造并测试了“带有电子束的韩国热负荷测试设施(KoHLT) -EB)”,然后再与离子源组装,以研究高热通量条件下靶材的完整性。使用初步分析准备了测试条件,例如热通量,冷却剂流量和压力,然后将其与测试结果进行比较。通过比较,优化了靶标的设计并确认了其热完整性。到目前为止,KAERI已成功开发了C-FNS,并已开始准备现场C-FNS和V-FNS设计。

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