气体介质，英文名称gaseousmedium，主要是指大气。
The purpose of this paper is to simulate the gas discharge process of SF_6/N2 gas mixtures, which is the most promising substitute for SF_6, and the research can help to understand the discharge mechanisms for such gaseous dielectric.
本文的主要工作就是对SF_6/N2混合气体这一目前最有可能替代SF_6的气体介质的放电过程进行仿真模拟,以期能够更加深刻理解该类气体介质的放电机制,进而为后续以该类气体为绝缘介质的电力设备的绝缘设计提供必要的理论支持。
参考来源 - SF·2,447,543篇论文数据，部分数据来源于NoteExpress
对管道中气体介质按不同控制信号调节流量大小和切断。
It can change the flow and cut off gas medium in the pipe by the different control signal.
由于通常情况下视气体介质为透明，所以气体辐射常常被忽略不计。
Generally, we account the gas medium transparent, so gas radiation is always ignored.
讨论了气体介质的非均匀性对飞秒激光高次谐波产生过程的可能影响。
The possible influence of nonuniform gaseous medium on high order harmonics generated by femtosecond laser is discussed.
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