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Outgassing Test of High Temperature Superconducting (HTS) Power Cable Cryostat

机译:高温超导(HTS)电力电缆低温恒温器的脱气测试

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Reduction of outgassing in a high temperature superconducting (HTS) power cable cryostat is very important to achieve a long interval vacuum pumping and to drop the minimum vacuum condition in the cryostat. So, in order to reduce outgassing from the cryostat surface, cleaning and baking are needed processes in manufacturing the cryostat. The outgassing surface of the cable cryostat is larger than the vacuum space of the cable cryostat, therefore the vacuum condition of the cable cryostat degrades quickly at a small outgassing rate. In this paper, to analyze the thermal insulation performance of cable cryostat, we have measured the outgassing rate of the sample HTS power cable cryostat in various structures of thermal insulation (with or without multilayer insulation and filled with liquid nitrogen or without liquid nitrogen) and predicting the trend of the vacuum condition changes by the measured outgassing rate data. A long term outgassing test is performed for three months.
机译:减少高温超导(HTS)电力电缆低温恒温器中的除气对于实现长间隔真空泵送并降低低温恒温器中的最低真空条件非常重要。因此,为了减少来自低温恒温器表面的放气,在低温恒温器的制造中需要清洁和烘烤。电缆低温恒温器的排气表面大于电缆低温恒温器的真空空间,因此,电缆低温恒温器的真空状态以低排气速率迅速降低。在本文中,为了分析电缆低温恒温器的绝热性能,我们测量了HTS电力电缆低温恒温器样品在各种隔热结构(带或不带多层绝缘以及充有液氮或不带液氮的绝热结构)中的脱气率,并且通过测出的除气速率数据预测真空条件变化的趋势。进行了三个月的长期除气测试。

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