7-4-3 大気圧プラズマによるメタン改質水素生成特性(7-4 環境対策3,Session 7 環境対策・リサイクル,研究発表)

概要

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Methane reforming with carbon dioxide using an intermittent dielectric barrier discharge (DBD) with a one-cycle sinusoidal-wave power source has been studied to investigate the energy efficiency of hydrogen production. In this reaction system, CH_4 decomposition rate in the DBD was strongly increased with increasing energy density. While the selectivity of hydrogen production was slight changes. H_2 production was mainly controlled by CH_4 decomposition, therefore advantages of radical chain reaction by the DBD was not found. Key reactions of Methane reforming in the DBD were discussed.
2009-07-30