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Progress and perspectives in dry processes for emerging multidisciplinary applications: how can we improve our use of dry processes?

机译:新兴的多学科应用中干法工艺的进展和前景:我们如何改善干法工艺的使用?

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摘要

The non-thermal nature of chemical reactions in plasma chemistry is considered to be suitable for next-generation energy production from plasma-material syntheses and renewable sources. As emerging multidisciplinary applications, plasma medicine and plasma agriculture are currently topical applications that make use of atmospheric pressure plasmas. Here, we conduct a systematic review of the literature over the last 40 years to evaluate the history and progress of dry processes with regard to atmospheric pressure plasma technologies as well as material synthesis and thin-film deposition. In this review, selected breakthroughs are reviewed. Finally, near-future major challenges are addressed to encourage new multidisciplinary research across the plasma science and technology community. (C) 2019 The Japan Society of Applied Physics
机译:等离子体化学中化学反应的非热性质被认为适合于由等离子体材料合成和可再生资源产生的下一代能量。作为新兴的多学科应用,等离子医学和等离子农业目前是利用大气压等离子体的局部应用。在这里,我们对过去40年来的文献进行了系统的回顾,以评估与大气压等离子体技术以及材料合成和薄膜沉积有关的干燥工艺的历史和进展。在此审查中,将审查选定的突破。最后,解决了不久的将来的主要挑战,以鼓励整个等离子体科学技术界开展新的多学科研究。 (C)2019日本应用物理学会

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