阅读说明：本技术 用于冷却超导电流载体的方法和设备 (Method and device for cooling superconducting current carriers ) 是由 F·赫尔佐格 托马斯·库茨 于 2018-12-20 设计创作，主要内容包括：被指定成用于引导电流穿过的超导电流载体被容纳在低温恒温器中,在该低温恒温器中借助过冷却的低温冷却介质、例如液态氮对这些超导电流载体进行冷却。电流载体在其端部与两个正常传导的电流供应线路电连接。冷却介质从储存容器中被过冷却到低于其沸腾温度的温度,并且藉由冷却介质入口被供给至低温恒温器、与超导电流载体产生热学接触,并且随后藉由低温恒温器的冷却介质出口排出。根据本发明提出,来自低温恒温器的冷却介质被用于冷却这些正常传导的电流供应线路中的至少一个电流供应线路。(The superconducting current carriers designated for conducting the current through are accommodated in a cryostat, in which they are cooled by means of an overcooled cryogenic cooling medium, for example liquid nitrogen. The current carrier is electrically connected at its ends to two normally conducting current supply lines. The cooling medium is subcooled from the storage container to a temperature below its boiling temperature and is supplied to the cryostat by means of a cooling medium inlet, brought into thermal contact with the superconducting current carrier and subsequently discharged by means of a cooling medium outlet of the cryostat. According to the invention, it is proposed that the cooling medium from the cryostat is used for cooling at least one of these normally conducting current supply lines.)