Recently, China successfully delivered the Correction Coils to the International Thermonuclear Experimental Reactor (ITER) project, marking a significant breakthrough in the manufacturing of key components for controlled nuclear fusion. The Correction Coils are critical magnet systems in the ITER device, designed to precisely control the shape and position of the plasma—essential for maintaining stable high-temperature plasma operation. Developed under the leadership of the Institute of Plasma Physics, Hefei Institutes of Physical Science, Chinese Academy of Sciences, these coils utilize high-precision superconducting materials and complex structural designs that meet ITER’s stringent technical and quality standards. This delivery not only demonstrates China’s independent innovation capabilities in advanced superconducting engineering but also highlights its active contribution—as one of the seven ITER members—to global fusion energy development. The ITER project aims to demonstrate the feasibility of nuclear fusion as a future clean energy source, and China has taken on critical responsibilities, including the development of magnets, power supplies, and vacuum vessel systems, becoming an indispensable partner in this international scientific endeavor.
近日，中国成功向国际热核聚变实验堆（ITER）项目交付了校正场线圈（Correction Coil），标志着中国在可控核聚变关键部件制造领域取得重要突破。校正场线圈是ITER装置中用于精确调控等离子体形状与位置的关键磁体系统之一，对维持高温等离子体的稳定运行至关重要。该线圈由中国科学院合肥物质科学研究院等离子体物理研究所牵头研制，采用高精度超导材料和复杂结构设计，满足了ITER严苛的技术规范和质量要求。此次交付不仅体现了中国在高端超导工程领域的自主创新能力，也彰显了中国作为ITER七方成员之一对全球聚变能源发展的积极贡献。ITER项目旨在验证核聚变作为未来清洁能源的可行性，而中国承担了包括磁体、电源、真空室等多个核心系统的研制任务，已成为该项目不可或缺的重要力量。
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