If the nitrogen or other inert gases are used as the power carrier, the problems of safety and stability in a transport process can be effectively solved.
如果以氮气及其它惰性气体作为动力载体，可有效解决运输过程中的安全与稳定问题。
The results show general features of inert gas-hydrogen mixed-carrier systems.
计算结果揭示了惰性气体-氢气混合载气系统生长的一般特性。
And the usually inert gas as the carrier gas pyrolysis technology, has the advantages of vacuum pyrolysis.
与通常以惰性气体作为载气的热解技术相比，真空热解具有优越性。
And the usually inert gas as the carrier gas pyrolysis technology, has the advantages of vacuum pyrolysis.
与通常以惰性气体作为载气的热解技术相比，真空热解具有优越性。
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