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Conceptual design of laser fusion reactor KOYO-fast - Concepts of reactor system and laser driver

机译:激光聚变反应堆KOYO-fast的概念设计-反应堆系统和激光驱动器的概念

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We have carried out the design studies of KOYO-Fast laser fusion power plant, using fast ignition cone targets, DPSSL lasers, and LiPb liquid wall chambers. Using fast ignition targets, we could design a middle sized 300 MWe reactor module, with 200 MJ fusion pulse energy and 4 Hz rep-rates, and 1200MWe modular power plants with 4 reactor modules and a 16 Hz laser driver. The liquid wall chambers with free surface cascade flows are proposed for cooling surface quickly enough to a 4 Hz pulse operation. We examined the potential of Yb-YAG ceramic lasers operated at 150 similar to 225 K for both implosion and heating laser systems required for a 16-Hz repetition and 8 % total efficiency.
机译:我们使用快速点火锥靶,DPSSL激光器和LiPb液壁室进行了KOYO-Fast激光聚变电厂的设计研究。使用快速点火靶,我们可以设计一个中型300 MWe反应堆模块,具有200 MJ聚变脉冲能量和4 Hz反射率,以及1200MWe模块化发电厂,其中包含4个反应堆模块和16 Hz激光驱动器。提出了具有自由表面级联流的液壁腔室,用于足够快地冷却表面以进行4 Hz脉冲操作。我们检查了在16 Hz重复频率和8%总效率所需的内爆和加热激光系统中,在150(类似于225 K)下工作的Yb-YAG陶瓷激光器的潜力。

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