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Gas Filter for Space Orangery

机译:橘园气体过滤器

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The paper discusses the potentialities of the plasmo-ozonocatalytic system of microcon-taminants (MC) removal from space orangery atmosphere. Atmosphere contaminated by vapours of MC was vented through a purifier consisted of a plasmochemical, ozonocatalytic and chemosorbed units. It was shown the process of decomposition of contaminants is connected with formation of the strong oxidising and unequilibrium medium. Kinetic mechanism of plasmochemical decomposition of MC is discussed within the framework of radical mechanism. The paper describes a construction and results of the examination of the new filter for contaminants removal from orangery atmosphere. It was shown a broad potentialities of the filter for using it in the orangery gas recycle system.
机译:本文讨论了从太空橘园大气中去除微污染物(MC)的等离子体臭氧催化系统的潜力。通过由等离子体化学,臭氧催化和化学吸附单元组成的净化器排出被MC蒸气污染的大气。结果表明,污染物的分解过程与强氧化性和不平衡介质的形成有关。在自由基机理的框架内讨论了MC的化学裂解过程的动力学机理。本文介绍了用于从橘园环境中去除污染物的新型过滤器的构造和检查结果。它显示了该过滤器在橘园气体再循环系统中使用的广泛潜力。

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