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对高强度、高电导率铜基合金的研究现状进行了综述。
The present status of Cu-based alloys with high strength and high conductivity is reviewed.
使用温度的提高及在高温下的高电导率表明该复合膜适合在高温DMFC中使用。
Improved applicable temperature and high conductivity of the composite membrane indicate its promising application in DMFC operating at high temperature.
由于太阳内部高电导率和准静态等因素，其剩余磁场耗散相当缓慢，而得以保留至今。
Due to a stably stratified fluid and an extremely high electrical conductivity in the solar interior, a relic solar magnetic field can survive for a very long time.
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