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Critical Science Issues for Direct Drive Inertial Fusion Energy

机译:直接驱动惯性聚变能的关键科学问题

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摘要

There are several topics that require resolution prior to the construction of an Inertial Fusion Energy [IFE] laboratory Engineering Test Facility [ETF] f a pellet that produces high gain; a pellet fabrication system that cost-effectively and rapidly manufactures these pellets; a sufficiently uniform and durable high repetition--rate laser pellet driver; a practical target injection system that provides accurate pellet aiming; and, a target chamber that will survive the debris and radiation of repeated high-gain pellet implosions. In this summary we describe the science issues and opportunities that are involved in the design of a successful high gain direct drive Inertial Confinement Fusion [ICF] pellet.
机译:有几个主题需要在产生高增益颗粒的惯性聚变能量[IFE]实验室工程测试设备[ETF]之前进行解析。一种造粒系统,可以经济高效地快速制造这些颗粒;足够均匀且持久的高重复频率激光丸驱动器;实用的目标注射系统,可提供精确的药丸瞄准;靶室将承受碎片和反复高增益弹丸内爆的辐射。在此摘要中,我们描述了成功设计高增益直接驱动惯性约束聚变(ICF)药丸的设计中涉及的科学问题和机遇。

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