- | Deposition and structural porperties of hydrous solid electrolyte thin films for micro cell based on MEMS process. | 정주현; JEON YOUNG AH; 김한기; Oh In Hwan; Ha Heung Yong; Yoon Young Soo |
- | Deposition and structure of property of hydrous ZrO₂ solid electrolyte thin film for micro fuel cell | Young-Ah Jeon; Oh In Hwan; Ha Heung Yong; Yoon Young Soo |
- | Development of 5kW internal reforming MCFC stack | Lim Tae Hoon; 정창렬; 문형대; Nam Suk-Woo; Ha Heung Yong; Oh In Hwan; Hong Seong Ahn |
- | Development of micro DMFCs for portable power applications | Ha Heung Yong |
- | Development of micro DMFCs for portable power applications | Ha Heung Yong |
- | Development of multi-kW class PEMFC stacks at Korea Institute of Science and Technology (KIST) | Oh In Hwan; 안상렬; J.-H. Jo; J.-K. Lee; Ha Heung Yong; Hong Seong Ahn; 임태원 |
- | Development of PEMFC for transportation | Oh In Hwan; Ha Heung Yong |
- | Development of the fundamental technology for the high efficiency PEMFC stack | Oh In Hwan; Ha Heung Yong; Jo Jang-Ho; 안상열; 조성아; Hong Seong Ahn |
- | Effect of alkali on the poisoning over the catalyst Ni/MgO in the molten carbonate fuel cell of direct internal reforming type | 문형대; Ha Heung Yong; Lim Tae Hoon; Hong Seong Ahn; 이호인 |
- | Effect of the ionomer impregnation method for the catalytic layer of PEMFCs | 신석재; 이종국; Ha Heung Yong; Oh In Hwan; Hong Seong Ahn; 전해수 |
- | Effect of the nafion ionomer's equivalent weights in the electrode on the PEMFC performance | 안상열; LEE YONG CHUL; Ha Heung Yong; Hong Seong Ahn; Oh In Hwan |
- | Effect of the porous Ni barrier on the transfer on alkali to the catalyst in the molten carbonate fuel cell of direct internal reforming type | 문형대; Ha Heung Yong; Lim Tae Hoon; Hong Seong Ahn; 이호인 |
- | Effect of the structure of anode catalyst layer on the performance of DMFCs | J.H. Kim; Y.M. Koo; Ha Heung Yong; Oh In Hwan; Hong Seong Ahn; H.I. Lee |
- | Effect of water freezing on the performance of PEMFC | Oh In Hwan; CHO EUN AE; Ha Heung Yong; Hong Seong Ahn |
- | Effects of ionomer distribution and catalysts in the anode on the performance of direct methanol fuel cell | 김준희; Ha Heung Yong; 구예모; Oh In Hwan; Hong Seong Ahn; H.-I. Lee |
- | Effects of methanol crossover on OCV and temperature passive DMFCs | Ha Heung Yong; KHO BECK KYUN; Oh In Hwan; Hong Seong Ahn |
- | Effects of noble metal promoters on the activity of catalyst for internal steam reforming in molten carbonate fuel cell (MCFC) | 정창렬; 문형대; Ha Heung Yong; Lim Tae Hoon; Hong Seong Ahn; 이호인 |
- | Effects of solvent for anode cataltyst ink on the performance of DMFC | 김준희; Ha Heung Yong; Oh In Hwan; Hong Seong Ahn; Hyuk-Nyun Kim; 이호인 |
- | Electrochemical analysis of DMFC anodes with different ionomer content | 김준희; Ha Heung Yong; Oh In Hwan; Hong Seong Ahn; 김혁년; 이호인 |
- | Electrochemical characteristics of the PEMFC at temperatures below zero | 고재준; K.-Y. Lee; Ha Heung Yong; Hong Seong Ahn; Oh In Hwan |
- | Enhancement of the cathode performance by sol-gel coating of yttria-stabilized zirconia | Yoon Sung Pil; Nam Suk-Woo; Lim Tae Hoon; Oh In Hwan; Ha Heung Yong; Hong Seong Ahn |
- | Fabrication and characterization of alumina-silica composite membranes formed by MOCVD | Ha Heung Yong; Nam Suk-Woo; Hong Seong Ahn |
- | Fabrication and performance of LiCoO2-coated NiO cathode for molten carbonate fuel cell | Hong Seong Ahn; Nam Suk-Woo; Oh In Hwan; Lim Tae Hoon; Ha Heung Yong; 김건; 임희천 |
- | Fabrication of membrane-electrode assemblies for the polymer electrolyte membrane fuel cell using the membrane on electrode (MOE) technique | 안상렬; Y.-C. Lee; JEON YEI SIK; CHO EUN AE; Ha Heung Yong; Hong Seong Ahn; Oh In Hwan |
- | Factors affecting the performance of air-breathing DMFCs | Ha Heung Yong; Beck-Kyun Koh; Oh In Hwan; Hong Seong Ahn |
- | Formation of SiO//2 membranes in the pores of alumina support using a CVD method | 이희준; Ha Heung Yong; Nam Suk-Woo; Hong Seong Ahn |
- | Formation of SiO//2 membranes in the pores of composite alumina supports using a CVD technique | Nam Suk-Woo; Ha Heung Yong; Hong Seong Ahn; 엄희문; 이희준 |
- | Formation of γ-Al//2O//3 membranes in the pores of alumina support using an imprecipitation method. | 안상열; Ha Heung Yong; Nam Suk-Woo; Hong Seong Ahn |
- | Gas separation and recycling using inorganic membranes in a molten carbonate fuel cell system | Nam Suk-Woo; Ha Heung Yong; Lim Tae Hoon; Oh In Hwan; Hong Seong Ahn |
- | Gas separation and recycling using microporous inorganic membranes in a molten carbonate fuel cell system | Nam Suk-Woo; Ha Heung Yong; Lim Tae Hoon; Oh In Hwan; Hong Seong Ahn |