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Conceptual design of laser fusion reactor KOYO-fast

机译:激光聚变反应堆KOYO-fast的概念设计

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摘要

A conceptual design of the laser fusion reactor KOYO-F based on the fast ignition scheme is reported including the target design, the laser system and the design for chamber. A Yb-YAG ceramic laser operated at 200K is the primary candidate for the compression laser and an OPCPA system is the one for the ignition laser. The chamber is basically a wet wall type but the fire position is vertically off-set to simplify the protection scheme of the ceiling. The target consists of foam insulated, cryogenic DT shells with a LiPb, reentrant guide-cone.
机译:报告了基于快速点火方案的激光聚变反应堆KOYO-F的概念设计,包括目标设计,激光系统和舱室设计。在200K下工作的Yb-YAG陶瓷激光器是压缩激光器的主要候选产品,而OPCPA系统是点火激光器的主要候选产品。燃烧室基本上是湿壁式的,但着火位置在垂直方向上偏移以简化天花板的保护方案。目标包括泡沫绝缘的低温DT外壳,带有LiPb凹入式导锥。

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