| - | A comparative study of water gas shift reaction over ceria supported metallic catalysts | RYU JONG WOO; Moon, Dong Ju; choi, Eun Hyung; Lee, Byung Gwon; Lee, Sang Deuk; Suk In Hong |
| - | A studies on the WGS reaction over a ceria based catalysts for application in fuel processor and hydrogen station | RYU JONG WOO; 최은형; Dasari Hari Prasad; Lee, Sang Deuk; Hong, Suk In; Moon, Dong Ju |
| - | A study on the catalytic dimerization of TFE over Ru/A.C. catalyst | LEE YONG JUN; Moon, Dong Ju; RYU JONG WOO; Kim, Hong Gon; Lee, Byung Gwon; Ahn, Byoung Sung; Hong Suk-In |
| - | A study on the WGS reaction over Pt-Ni based catalyst | RYU JONG WOO; Moon, Dong Ju; Kim, Ahn na; Lee, Sang Deuk; Lee, Byung Gwon; Ahn, Byoung Sung; Hong Suk-In |
| - | Breakage mechanisms and properties of attrition-milled alumina powder for fuel powered vehicles applications | KANG DONG MIN; Moon Dong Ju; RYU JONG WOO; Lee Byung Gwon; Kim Hong Gon; 홍석인 |
| - | Carbon dioxide reduction technology with SOFC system | Moon, Dong Ju; RYU JONG WOO; Jong Min Park; Jung Jo Jung; Kim Hong Gon; Lee Sang Deuk |
| - | Carbon dioxide reforming by methane over Ni-YSZ-CeO2 catalyst | Moon, Dong Ju; PARK JONG MIN; RYU JONG WOO; Kang, Dong Min; Yoo Kye-Sang; Kim, Hong Gon; Lee, Byung Gwon |
| - | Carbon dioxide Reforming by Methane over Ni-YSZ-CeO2 Catalyst | Kang, Dong Min; Moon, Dong Ju; RYU JONG WOO; PARK JONG MIN; Ahn, Byoung Sung |
| - | Carbon Dioxide Reforming by Methane over Ni-YSZ-CeO2 Catalyst | Kang, Dong Min; Moon, Dong Ju; RYU JONG WOO; PARK JONG MIN; Lee, Byung Gwon; Hong Suk-In |
| - | CATALYTIC DIMERIZATION OF TFE OVER ACTIVATED CARBON SUPPORTED METAL CATALYST | Moon, Dong Ju; Lee Young Jun; RYU JONG WOO; Yoo, Kye Sang; Kim, Hong Gon |
| - | Catalytic properties of Pt-Ni/CeO2 catalyst for WGS reaction | RYU JONG WOO; Moon, Dong Ju; Lee, Byung Gwon; Lee, Sang Deuk; Hong Suk-In |
| - | Characteristics of NiO-YSZ-CeO2 catalyst for carbon dioxide reforming by methane | Kang, Dong Min; Moon, Dong Ju; RYU JONG WOO; PARK JONG MIN; Kim Dae-hyun; Lee, Sang Deuk; Hong Suk-In |
| - | Characteristics of Pt-Ni/CeO2 catalyst for water gas shift reaction | Moon, Dong Ju; RYU JONG WOO; Kim Dae-hyun; Lee, Sang Deuk; Lee, Byung Gwon; Hong Suk-In |
| - | CO2 REDUCTION TECHNOLOGY USING ELECTROCHEMICAL REFORMING IN SOFC SYSTEM | Moon, Dong Ju; PARK JONG MIN; RYU JONG WOO; Yoon, Sung Pil; Nam, Suk-Woo; Lee, Sang Deuk; Lee, Byung Gwon |
| - | CO2 reforming by CH4 over Ni-based catalysts | Kang, Dong Min; Moon, Dong Ju; RYU JONG WOO; PARK JONG MIN; Ahn, Byoung Sung |
| - | Cogeneration of a Syngas and an Electricity by the Electrocatalytic Reforming of Carbon Dioxide by Methane in SOFC System | Moon, Dong Ju; RYU JONG WOO; Lee, Sang Deuk; Nam, Suk-Woo; Lee, Byung Gwon |
| - | Cogeneration of a syngas and an electricity by the electrocatalytic reforming of CO₂ by CH₄ in SOFC system | Moon, Dong Ju; RYU JONG WOO; Lee Sang Deuk; Nam Suk-Woo; Lee Byung Gwon |
| - | Cogeneration of Syngas and Electricity in SOFC System | RYU JONG WOO; Kang, Dong Min; PARK JONG MIN; Kim, Yong Sic; Nam, Suk-Woo; Lee, Byung Gwon; Lee, Sang Deuk; Moon, Dong Ju |
| - | CO₂ reforming by CH₄ over Ni-YSZ modified catalysts | RYU JONG WOO; Moon Dong Ju; KANG DONG MIN; HAN MAN SEOK; Lee Byung Gwon; Ahn Byoung Sung |
| - | 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 |
