Secondary CLIQ is a quench protection method for protecting high-field accelerator magnets that involves charged capacitors into secondary normal-conducting coils that are magnetically coupled to the superconducting coils. The resulting coupling losses quickly brings the magnet to normal state and safely discharges it. No direct electrical or thermal link is required between the primary and secondary coils, and robust insulation is placed in between them. The two secondary circuits per magnet are galvanically insulated from the primary circuit, so that the tens to hundreds of CLIQ units needed to protect an accelerator circuit are galvanically insulated from one-another and from the superconducting magnets. The two secondary circuits per magnet each feature a CLIQ unit, and each CLIQ unit discharge is sufficient to bring the magnet to normal state over the entire operational current range. The coil geometry is such that the CLIQ discharge does not raise the voltage over t...

中文翻译：

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辅助CLIQ，一种强大，冗余且经济高效的方法来保护高场加速器磁铁

次级CLIQ是一种用于保护高场加速器磁体的失超保护方法，该方法包括将带电的电容器放入次级常导线圈中，该次级常导线圈与超导线圈磁耦合。产生的耦合损耗会迅速使磁铁恢复正常状态并安全地将其放电。初级线圈和次级线圈之间不需要直接的电气或热连接，并且在它们之间放置了坚固的绝缘层。每个磁体的两个次级电路与初级电路电隔离，因此保护加速器电路所需的数十到数百个CLIQ单元彼此之间以及与超导磁体电隔离。每个磁铁的两个次级电路各具有一个CLIQ单元，每个CLIQ单元放电足以使磁体在整个工作电流范围内恢复正常状态。线圈的几何形状使得CLIQ放电不会使电压升高超过...