| - | Development of gasoline fuel processor for fuel cell vehicles : fine-grinding characteristics of alumina and development of structured catalyst | KANG DONG MIN; Moon, Dong Ju; RYU JONG WOO; Lee Sang Deuk; Lee Byung Gwon; 홍석인 |
| - | Development of gasoline fuel processor for fuel cell vehicles : Fine-grinding characteristics of alumina by attrition mill | KANG DONG MIN; Moon Dong Ju; RYU JONG WOO; Lee Sang Deuk; 홍석인 |
| - | Development of gasoline fuel processor system for PEMFC automotive applications | Moon Dong Ju; RYU JONG WOO; Lee Sang Deuk; Ahn Byoung Sung; 홍석인 |
| - | Development of Gasoline Fuel Reformer for Fuel Cell Powered Vehicles : Ceria-based Water Gas Shift Catalysts | RYU JONG WOO; Moon, Dong Ju; Lee, Sang Deuk; Lee, Byung Gwon; Hong Suk-In |
| - | Development of gasoline fuel reformer for fuel cell powered vehicles : partial oxidation (POX) reforming and water gas shift catalysts | Moon Dong Ju; RYU JONG WOO; Lee Sang Deuk; Ahn Byoung Sung |
| - | Development of gasoline fuel reformer for fuel cell powered vihicles: Creria-based water gas shift catalysts | RYU JONG WOO; Moon Dong Ju; Lee Sang Deuk; Lee Byung Gwon; 홍석인 |
| - | Development of gasoline fuel reformer for fuel cell vehicles : WGS reaction over Ni- and Pt- loaded cerium oxide catalysts. | RYU JONG WOO; Moon Dong Ju; Lee Sang Deuk; Lee Byung Gwon; 홍석인 |
| - | Development of gasoline fuel reformer for fuel-cell powered vehicles : partial oxidation reforming of gasoline over a commercial ICI catalyst | RYU JONG WOO; Moon Dong Ju; K. Sreekumar; Lee Sang Deuk; Lee Byung Gwon; Ahn Byoung Sung |
| - | Development of gasoline fuel reformer for fuel-cell powered vehicles : partial oxidation reforming of gasoline over a commerical HT catalyst | RYU JONG WOO; Moon Dong Ju; K. Sreekumar; WOO JOO YOUNG; Lee Sang Deuk; Ahn Byoung Sung |
| - | Development of gasoline fuel reformer for fuel-cell powered vehicles : POX reforming of gasoline over M₁/M₂/MgO/Al₂O₃ catalysts | RYU JONG WOO; Moon Dong Ju; Lee Sang Deuk; Lee Byung Gwon; Ahn Byoung Sung |
| - | Development of gasoline fuel reformer for fuel-cell powered vehicles : water gas shift (WGS) catalyst | RYU JONG WOO; Moon Dong Ju; Lee Sang Deuk; Lee Byung Gwon; 홍석인 |
| - | Development of gasoline fuel reformer for fuel-cell vehicles : high performance low temperature water gas shift catalyst | RYU JONG WOO; Moon Dong Ju; Lee Sang Deuk; Lee Byung Gwon; Ahn Byoung Sung; 홍석인 |
| - | Development of gasoline fuel reformer for fuel-cell vehicles : POX reforming of gasoline over transition metal catalysts | RYU JONG WOO; Moon Dong Ju; Lee Sang Deuk; Lee Byung Gwon; Ahn Byoung Sung |
| - | Development of gasoline POX reforming catalyst for PEMFC automotive applications | Moon Dong Ju; RYU JONG WOO; Lee Sang Deuk; Lee Byung Gwon; 홍석인 |
| - | Development of gasoline reformer for fuel-cell powered vehicles : POX reforming of gasoline over structured catalyst | RYU JONG WOO; Moon, Dong Ju; Lee Sang Deuk; Lee Byung Gwon; Ahn Byoung Sung; 홍석인 |
| - | Development of High Performance Catalyst for Low Temperature Water Gas Shift Reaction | RYU JONG WOO; Moon, Dong Ju; Kim Dae-hyun; Lee, Sang Deuk; Lee, Byung Gwon; Hong Suk-In |
| - | Development of High Performance WGS Catalyst for Hydrogen Station and Fuel Processor | Moon, Dong Ju; RYU JONG WOO; Lee, Sang Deuk; Hong Suk In |
| - | Development of NiO-YSZ-CeO2 Catalyst for applying Electrocatalytic Reforming of CO2 in SOFC System | Moon, Dong Ju; Kang, Dong Min; RYU JONG WOO; Kim Dae-hyun; Lee, Byung Gwon; Lee, Sang Deuk |
| - | Development of partial oxidation reforming catalyst of iso-octane for fuel cell powered vehicles applications | Moon Dong Ju; RYU JONG WOO; Lee Sang Deuk; Lee Byung Gwon; Ahn Byoung Sung |
| - | Development of Tri-reforming catalyst for SOFC and MCFC Fuel Reformer Applications | Kang, Jung-Shik; Moon, Dong Ju; Heo Mi Hyun; Kim Dae-hyun; RYU JONG WOO; Kim, Hong Gon |
| - | Development of water gas shift catalyst for fuel cell powered vehicles applications | RYU JONG WOO; Moon Dong Ju; Lee Sang Deuk; Lee Byung Gwon; 홍석인 |
| - | DEVELOPMENT OF WATER GAS SHIFT CATALYST FOR FUEL PROCESSOR AND HYDROGEN STATION | RYU JONG WOO; Moon, Dong Ju; Heo Mi Hyun; Lee, Byung Gwon; Hong Suk In |
| - | Electrochemical internal reforming of Carbon dioxide by Methane in SOFC System | PARK JONG MIN; Moon, Dong Ju; RYU JONG WOO; Kang, Dong Min; Nam, Suk-Woo; Lee, Sang Deuk |
| - | Gasoline fuel processing system for fuel cell powered vehicles applications | Moon, Dong Ju; RYU JONG WOO; Lee Sang Deuk; Ahn Byoung Sung |
| - | High Performance Water Gas Shift Catalyst for Fuel Cell Powered Vehicles Applications | Moon, Dong Ju; RYU JONG WOO; Lee, Sang Deuk; Lee, Byung Gwon; Hong Suk-In |
| - | Hydrogen Production and Purification for Hydrogen Station and Fuel Processor | Moon, Dong Ju; RYU JONG WOO; Yoo, Kye Sang; Lee, Byung Gwon |
| - | Internal electrocatalytic reforming carbon dioxide by methane in SOFC system | Moon, Dong Ju; RYU JONG WOO; Nam, Suk-Woo; Lee, Sang Deuk |
| - | Internal Reforming of carbon dioxide by methane over anode catalyst of NiO-YSZ-CeO2 in SOFC system | PARK JONG MIN; Moon, Dong Ju; RYU JONG WOO; Kim Dae-hyun; Kang, Dong Min; Nam, Suk-Woo; Lee, Sang Deuk |
| - | Preparation of structured support with high surface area by washcoating method | KANG DONG MIN; Moon Dong Ju; RYU JONG WOO; Ahn Byoung Sung; 홍석인 |
| - | Production and characterization of an attrition-milled alumina powder | Moon, Dong Ju; Kang, Dong Min; RYU JONG WOO; Lee, Sang Deuk; 김훈식; Ahn, Byoung Sung; Hong Suk-In |
