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총 37건 검색
본문검색 결과만 보기
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Grid-tied Power Conditioning System for Fuel Cell Composed of Three-phase Current-fed DC-DC Converter and PWM Inverter
Jeong. Jong-Kyou, Lee. Ji-Heon, Han. Byung-Moon, Cha. Han-Ju 대한전기학회 Journal of electrical engineering & technology 8 Pages
대한전기학회 Journal of electrical engineering & technology 2011, Vol.6 No.2 255-262 (8 pages)
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Effect of Load Modeling on Low Frequency Current Ripple in Fuel Cell Generation Systems
Kim. Jong-Soo, Choe. Gyu-Yeong, Kang. Hyun-Soo, Lee. Byoung-Kuk 대한전기학회 Journal of electrical engineering & technology 12 Pages
대한전기학회 Journal of electrical engineering & technology 2010, Vol.5 No.2 307-318 (12 pages)
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Influence of defective sites in Pt/C catalysts on the anode of direct methanol fuel cell and their role in CO poisoning: a first-principles study
Soonchul Kwon, Seung Geol Lee 한국탄소학회 Carbon Letters 5 Pages
한국탄소학회 Carbon Letters 2015, Vol.16 No.3 6 198-202 (5 pages)
Carbon-supported Pt catalyst systems containing defect adsorption sites on the anode of direct methanol fuel cells were investigated, to elucidate the mechanisms of H2 dissociation and carbon monoxide (CO) poisoning. Density functional theory calculations were carried out to determine the effect of defect sites located neighboring to or distant from the Pt catalyst on H2 and CO adsorption properties, based on electronic properties such as adsorption energy and electronic band gap. Interestingly,... -
Activating needle coke to develop anode catalyst for direct methanol fuel cell
Young Hun Park, Ui-Su Im, Byung-Rok Lee, Dong-Hyun Peck, Sang-Kyung Kim, Young Woo Rhee, Doo-Hwan Jung 한국탄소학회 Carbon Letters 6 Pages
한국탄소학회 Carbon Letters 2016, Vol.20 7 47-52 (6 pages)
direct methanol fuel cell using needle coke as anode supporter. The results of research on support loaded with platinum-ruthenium suggest that an activated KOH needle coke container has the lowest onset potential and the highest degree of catalyst activity among all commercial catalysts. Through an analysis of the CO stripping voltammetry, we found that KOH activated catalysis showed a 21% higher electrochemical active surface area (ECSA), with a value of 31.37 m2/g, than the ECSA of deactivated...
