Characteristics of DMFC Using High Porous Active Carbon as an Uncatalysed Diffusion Layer in Anode Electrode
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- 2015.03.24
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- 2000.01
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서지정보
ㆍ발행기관 : 한국탄소학회
ㆍ수록지정보 : Carbon Letters / 1권 / 1호
ㆍ저자명 : Doo Hwan Jung, Doog Ryul Shin
목차
1.Introduction
2.Experiment
3.Results and Disussion
4. Conclusion
References
한국어 초록
Performance of dirrct methanol fuel cell using high porous active carbon as an uncataiysed diffusion layer in anode(com-posite electrode)has been evaluated. Effects of porous active carbon in anode were investigated by galvanostatic method and Fourier Transform Infrared
spectroscopy. The single cell was oprated with 2.5M methanol at temperature of 80-120'C and showed performance of 210-510 mA/cm at 0.4V. BY relacing conventional electrode with compisite electrode, the increment of 90 mA/cm in current density was obtained at 90'C and 0.4V.
영어 초록
Performance of dirrct methanol fuel cell using high porous active carbon as an uncataiysed diffusion layer in anode(com-posite electrode)has been evaluated. Effects of porous active carbon in anode were investigated by galvanostatic method and Fourier Transform Infraredspectroscopy. The single cell was oprated with 2.5M methanol at temperature of 80-120'C and showed performance of 210-510 mA/cm at 0.4V. BY relacing conventional electrode with compisite electrode, the increment of 90 mA/cm in current density was obtained at 90'C and 0.4V.
참고 자료
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