低温下竹冰复合材料的电绝缘性能

Y. Shiji, N. Shimizu
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引用次数: 6

摘要

竹子具有优良的弹性、劈裂性和吸水性。认为竹冰复合材料可以作为低温地区的电绝缘材料。本文讨论了竹冰复合材料的电绝缘性能与竹的结构之间的关系。竹冰复合材料的交流击穿强度随含水量的增加而增加。竹制的容器容易发生电气故障。我们认为,当容器充满冰时,交流击穿强度增加。水的存在对击穿路径的位置和形状有很大影响。本文还讨论了水中离子对竹冰复合材料低温击穿特性的影响。蒸馏水浸泡竹材的交流击穿强度高于自来水浸泡竹材。水中离子可能在交流击穿过程中起一定作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical insulating properties of bamboo-ice composite system at low temperature
Bamboo is characterized by its excellent elasticity, split property and water absorption property. We consider that bamboo-ice composite system can be used electrical insulating system at cryogenic region. In this paper we will discuss relation between electrical insulating properties of bamboo-ice composite system and the structure of bamboo. Ac breakdown strength of bamboo-ice composite system increases with increasing water content. The vessel in bamboo is a Weak point for electrical breakdown. We consider that ac breakdown strength increases when the vessel is filled with ice. Position and shape of breakdown path is strongly influenced by existence of water. In this paper we will also discuss effect of ion in water on breakdown characteristics of bamboo-ice composite system at low temperature. Bamboo immersed with distilled water shows higher ac breakdown strength than that immersed with tap water does. Ions in water may play some role in ac breakdown process.
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