1.5 T核磁共振成像系统失超故障处理及整改总结

      1.5 T Nuclear Magnetic Resonance Imaging System Failure Treatment and Rectification Summary

      • 摘要: 磁共振成像系统失超是指超导磁体由于某种原因使得磁体内部超导条件被破坏,储存在线圈里面的大电流,在形成电阻的地方迅速转化成热量,并使磁体里面的液氦大量蒸发的过程,如发生则会造成使用单位的巨大损失。通过介绍1.5 T磁共振成像系统的失超故障及维修处理、管理改进的真实案例,供各医疗机构借鉴以更好地加强磁共振成像系统的运维管理,从而避免失超故障的发生,以及高效做好失超故障后的保障工作。

         

        Abstract: Quench of magnetic resonance imaging system refers to the process that the superconducting condition inside the magnet is destroyed due to some reason. The large current stored in the coil is quickly converted into heat at the place where the resistance is formed, and a large amount of liquid helium in the magnet is evaporated. If it happens, it will cause huge loss to the user. We introduce the real cases of 1.5 T magnetic resonance imaging system's quench fault, maintenance treatment and management improvement, which can be used for reference by various medical institutions, so as to better strengthen the operation and maintenance management of magnetic resonance imaging system, so as to avoid the occurrence of out of tolerance fault, and do a good job in the guarantee work after the out of tolerance fault.

         

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