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Perspectives on the FESAC transformative enabling capabilities: Priorities, plans, and Status

机译:关于FESAC变换性能力能力的透视:优先事项,计划和地位

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摘要

In early 2017, the Fusion Energy Sciences Advisory Committee (FESAC), an advisory committee to the United States Department of Energy, was charged with identifying transformative enabling capabilities (TECs) "that could promote efficient advance toward fusion energy, building on burning plasma science and technology." A subcommittee with broad expertise was formed and sought feedback from scientific experts, including experts from outside the fusion community. Three workshops were conducted, and a report was approved by FESAC in 2018 that identified four of the "most promising" TECs: advanced algorithms, high-critical-temperature superconductors, advanced materials and manufacturing, and novel technologies for tritium fuel cycle control. In addition, one "promising" TEC was identified: fast flowing liquid metal plasma-facing components. This paper will give details on the promising TECs and an overview on considerations of these TECs in the United States since the publication of the report.
机译:2017年初,美国能源部的咨询委员会融合能源科学咨询委员会(FESAC)被指控识别可促进对融合能源的有效进步的变革性能力(TECS),建立在燃烧的血浆科学上和技术。“形成具有广泛专业知识的小组委员会,并向科学专家提供反馈,包括来自融合界外的专家。进行了三次研讨会,并于2018年通过FESAC批准了一份报告,其中确定了“最有前途”的TECS:先进的算法,高临界温度超导体,先进的材料和制造,以及用于氚燃料循环控制的新型技术。此外,鉴定了一个“有前途”的TEC:漂亮的流动液体金属等离子体等离子体组件。本文将详细介绍有前途的TECS,并概述了自报告的出版以来在美国在美国的考虑。

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