超高压变质岩的二次快速冷却事件反映了二次快速抬升过程。
The two rapid cooling events may reflect two rapid uplift processes of the UHPM rocks during the exhumation history.
现今的磷灰石裂变径迹年龄格局基本上受控于白垩纪的快速抬升冷却事件，但最后为晚期活动断裂所定格。
The present AFT age pattern is, therefore, basically controlled by the Cretaceous rapid cooling event but finally shaped through active faults.
反应器和它的备份系统设计中包括，当这种事件发生的时候，备份系统需要保持冷却系统的运行。
The reactor and its backup systems are designed to handle this type of accident by including backup power systems to keep the coolant pumps working.
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