大気圧プラズマアクチュエータの流体制御によるメタン-水素改質の特性;大気圧プラズマアクチュエータの流体制御によるメタン-水素改質の特性;Characteristic of the Methane-hydrogen Reforming by the Fluid Control Using DBD Plasma Actuator

Characteristic of the methane-hydrogen reforming is studied on the plasma reforming eŠects by the electrode structure and the additional magnetic ˆeld using the dielectric barrier discharge plasma actuator (DBDPA). The hydrogen production rate was improved by using the multiple electrode structure of DBDPA that achieved high rate of 10.6 as compared with 1.1 on single structure. Moreover, it was found that the DBD plasma conˆnement was improved by the eŠect of ‰uid control around DBDPA resulting from the addition of the magnetic ˆeld and the hydrogen product rate could increase to 13.4 by using the cusp ˆeld conˆguration.