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분야
ppt2.Classification of Biofuel cell
3.3 types of redox mediator
4.Schematic diagram of the compartment-less biofuel cell
5.Schematic diagram
6.Structures of the anodic wire, polymer I
7.Structure of BOD
8.Microscopic images of carbon felt electrodes.
9.Schematic of the preparation procedure for CEC-GOx and enzymatic anode.
10.Scheme of glucose biofuel cell system.
11.Model Development
12.DET-able biofuel cell
13.DET-able enzyme
14.Microbial biofuel cell
15.MFC with continuous ferrous iron oxidation.
16.Electrocigens in anode
17.The effect of diffused oxygen into anode on MFCs performance
18.So…
19.Previous paper
20.Scale of the credibility gap challenging
21.Potentail biofuel cells and applications
22.Future issue of Biofuel cell
Carbon Nanotube-AttachedGlucose Oxidase for Biofuel Cells
The carbon electrode coated with CNT–GOx composites
was applied as an anode in a model glucose/O2 biofuel cell
CNT-supported glucose oxidase (CNT–GOx) was examined in the presence of 1,4-benzoquinone (BQ)
To avoid the application of additional redox mediators, enzymes, which exibit redox properities and are able to directly exchange electrons with conducting materials, are applied.
Hemoproteins usually are able to exchange electrons directly with electrode.
Electron transfer proteins
ex. Cytochrome-c, oxidoreductase,
ferrocytochrome-c, O2 oxidoreductase …
