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Physics and Engineering Assessments of Spherical Torus Component Test Facility.

机译：球面环面构件测试设备的物理和工程评估。

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摘要

Successful development of practical fusion energy will require research and development that combine fundamental and applied science. Component Test Facilities (CTF) based on ST, aimed at advancing the required fusion engineering science and encouraged by recent scientific progress, will necessarily entail similarly combined efforts. A recent USDOE Office of Science plan identified a CTF that would be created following the International Thermonuclear Experimental Reactor (ITER) construction to address this goal. Data from CTF will determine how full steady state fusion conditions affects plasma chamber materials and components, and limits their operating life. This will in turn establish the engineering science knowledge base needed to support a decision to build a demonstration power plant (DEMO) to produce net electrical output. The plan of this paper is as follows: the CTF fusion engineering science mission and required conditions are summarized in Section 2. The engineering design features to achieve these with an ST CTF is presented in Section 3. The most recent results from ST research, as a basis for the present CTF concept, are summarized in Section 4. The fusion plasma and engineering science landscape of the compact ST CTF, calculated using a new ST systems code, will be presented in Section 5. The CTF scientific database needs are identified in Section 6 in reference to the latest progress in ST research. The requirements in fusion engineering science for the baseline CTF operation and control, including the single-turn normal conducting TF coil center leg, will also be covered in Section 6. The paper closes with a conclusion in Section 7 of the key results of the study, and a discussion of the scientific and engineering implications of CTF.

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