Cold plasmas are closer to room temperatures.
冷等离子体更接近室温。
It has been reported that atmospheric pressure cold plasmas can kill various types of bacteria, virus, and so on.
研究表明大气压冷等离子体能够杀死各种细菌，病毒等微生物。
Cold plasmas are able to kill bacteria by damaging microbial DNA and surface structures without being harmful to human tissues.
冷等离子体能够通过破坏微生物dna和表面结构杀灭细菌，并不会对人体组织造成损伤。
These plasma jets always appear at the boundary between the hot plasma and the cold target material, or between two plasmas with different Z-numbers.
这种类型的等离子体喷流总是出现在热等离子体与冷的固体靶物质的交界处，或者出现在不同原子序数的两种等离子体的交界处。
In this paper, the effect of dust size distribution for the dust acoustic solitary wave (DASW) in the cold dusty plasma, the hot dusty plasma, the magnetized dusty plasmas and the dusty pl.
本文运用约化摄动法分别研究了冷尘埃等离子体、热尘埃等离子体、磁化尘埃等离子体和尘埃等离子体晶体中的尘埃声孤波现象，着重考虑尘埃颗粒大小分布对尘埃声波的影响。
In this paper, the effect of dust size distribution for the dust acoustic solitary wave (DASW) in the cold dusty plasma, the hot dusty plasma, the magnetized dusty plasmas and the dusty pl.
本文运用约化摄动法分别研究了冷尘埃等离子体、热尘埃等离子体、磁化尘埃等离子体和尘埃等离子体晶体中的尘埃声孤波现象，着重考虑尘埃颗粒大小分布对尘埃声波的影响。
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