Post‐microwave plasma catalysis combines plasma preactivation of the gas phase followed by a fixed bed catalyst. This process has the potential to be energy efficient, modular, versatile and to generate high numbers of active species compared with other plasma generation technologies. Specific applications of these post‐microwave plasma systems include the dissociation and activation of stable molecules and the modification of catalyst materials. This concept article will address the current findings in microwave plasma catalysis research and propose future questions that need to be addressed to further develop the technology.

中文翻译：

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后微波等离子体催化：当前发展和未来影响

微波后等离子体催化结合了气相的等离子体预活化和固定床催化剂。与其他等离子体发生技术相比，该过程具有节能、模块化、多功能的潜力，并且能够产生大量活性物质。这些后微波等离子体系统的具体应用包括稳定分子的解离和活化以及催化剂材料的改性。这篇概念文章将阐述微波等离子体催化研究的当前发现，并提出进一步开发该技术需要解决的未来问题。