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Strategy toward inertial fusion energy

机译:惯性聚变能策略

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The understanding of implosion physics and the progress of relevant technologies for inertial fusion has led us to a new phase of inertial fusion research: the initiation of the construction of ignition-capable laser facilities (the US National Ignition Facility and the French Megajoule Project). This also led us to consider a new phase for Inertial Fusion Energy (IFE) research, to proceed to IFE test facilities operating at high pulse rates, once ignition and gain is demonstrated in the ignition class facilities. Many design concepts of IFE power plants have been investigated to clarify the critical issues for achieving technical and economical feasibility. R&D on the critical issues of drivers, targets and chambers for both direct and indirect-drive options have many common engineering issues together with concept-dependent issues. International exchanges and collaborations on these issues are beneficial for efficient development toward the ultimate goal of commercial use of fusion energy.
机译:对内爆物理的理解以及惯性聚变相关技术的进步,使我们进入了惯性聚变研究的新阶段:启动具有点火能力的激光设施的建设(美国国家点火设施和法国兆焦耳项目)。这也使我们考虑了惯性聚变能量(IFE)研究的新阶段,一旦在点火级设施中证明了点火和增益,便可以进入以高脉冲率运行的IFE测试设施。已经对IFE电厂的许多设计概念进行了研究,以阐明实现技术和经济可行性的关键问题。在直接和间接驱动选件的驱动器,目标和腔室等关键问题上进行的研发,不仅涉及许多工程方面的问题,还涉及与概念相关的问题。在这些问题上的国际交流与合作有利于朝着聚变能源商业化利用这一最终目标的高效发展。

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