日本語フィールド
著者：S. Ototani, M. Tominaga題名：Surface Morphology Effect of Anodic Carbon on MFC Power Generation発表情報：S. Ototani^Mキーワード：概要：Power generation of a microbial fuel cell (MFC) is constituted by an oxidation reaction of an organic substance by anaerobic microorganisms at the anode and a reduction reaction of oxygen at the cathode. The anode surface morphology is important for the initial adsorption of microorganisms on the anode. Also, the use of an anode in a surface morphology suitable for the electron transfer mechanisms of microorganisms (conductive nanowire, conductive protein, mediator) leads to efficient electron transfer between the microorganism and the anode, and result in improvement of power generation. In this study, surface morphology effect of anode on MFC power generation was examined.抄録：英語フィールド
Author：S. Ototani, M. TominagaTitle：Surface Morphology Effect of Anodic Carbon on MFC Power GenerationAnnouncement information:Department Seminar of Chemical Engineering, Institute Teknologi Sepuluh NopemberAn abstract：Power generation of a microbial fuel cell (MFC) is constituted by an oxidation reaction of an organic substance by anaerobic microorganisms at the anode and a reduction reaction of oxygen at the cathode. The anode surface morphology is important for the initial adsorption of microorganisms on the anode. Also, the use of an anode in a surface morphology suitable for the electron transfer mechanisms of microorganisms (conductive nanowire, conductive protein, mediator) leads to efficient electron transfer between the microorganism and the anode, and result in improvement of power generation. In this study, surface morphology effect of anode on MFC power generation was examined.