Thermal-buble initiated breakdown characteristics of liquid helium and nitrogen at atmospheric pressure

M. Hara, T. Kaneko, K. Honda
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引用次数: 54

Abstract

Experiments show that electric field promotes to form a vapor locking in a gap with a hot spot and in turn the formation of locked vapor produces the serious reduction of breakdown voltage. Especially it is argued that the dielectric strength of liquid helium under serious hot spot conditions decreases below that for saturated gas.
液氦和液氮在大气压下的热泡引发击穿特性
实验表明,电场促进在有热点的空隙中形成锁蒸气,锁蒸气的形成又使击穿电压显著降低。特别是在严重热点条件下,液氦的介电强度低于饱和气体。
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