ReBCO superconducting cables have the potential to enable compact thermonuclear fusion reactors that operate at magnetic fields exceeding 20 T and allow operation at temperatures far exceeding the boiling point of liquid helium, potentially allowing for demountable magnets. Normal zone detection remains a challenge, and while novel quench detection techniques are an active area of research, few are non-invasive, provide real-time quench detection, and have been demonstrated with current ramp rates relevant for fusion reactors. To address this problem, a CORC ##IMG## [http://ej.iop.org/images/0953-2048/33/9/095009/sustab9ef3ieqn2.gif] {$^{\circledR}$} cable termination is developed with integrated Hall sensors to monitor current redistribution as a proxy for quench detection. The methodology exploits the current sharing and layered topology in CORC ##IMG## [http://ej.iop.org/images/0953-2048/33/9/095009/sustab9ef3ieqn3.gif] {$^{\circledR}$}

中文翻译：

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CORC ## IMG ## [http://ej.iop.org/images/0953-2048/33/9/095009/toc_sustab9ef3ieqn1.gif] {$ ^ {\ circledR} $}带有集成霍尔阵列的电缆终端，用于淬火检测

ReBCO超导电缆具有实现紧凑型热核聚变反应堆的潜力，该反应堆可在超过20 T的磁场下运行，并允许在远远超过液氦沸点的温度下运行，从而有可能拆卸磁铁。正常区域检测仍然是一个挑战，尽管新颖的淬灭检测技术是研究的一个活跃领域，但很少有非侵入性技术，可以提供实时的淬灭检测，并且已经证明了与聚变反应堆相关的当前升温速率。为解决此问题，CORC ## IMG ## [http://ej.iop.org/images/0953-2048/33/9/095009/sustab9ef3ieqn2.gif] {$ ^ {\ circledR} $}电缆端接与集成的霍尔传感器一起开发，用于监视电流的重新分配，以作为失超检测的代理。