| - | A study of redox reaction of ferrite for hydrogen preparation | 신현창; Jung Kwang Decg; HAN SUNG HAN; 최승철 |
| - | Analysis of design aspects of two-step thermochemical cycle using ferrite | Park Young-Chul; 최정운; KIM JONG WON; 심규정; Jung Kwang Decg |
| - | Behavior of ferrites in decomposition of H₂O for H₂ generation | 신현창; Jung Kwang Decg; HAN SUNG HAN; 최승철 |
| - | CAMERE process for 100kg/day methanol production from CO ₂ . | Joo Oh Shim; Jung Kwang Decg; OH JUN WOO |
| - | Carbon deposition on Ni/Al₂O₃ catalysts during CO₂ reforming | 이재희; Joo Oh Shim; 백영순; Jung Kwang Decg |
| - | Catalytic activity control through surface modification | Joo Oh Shim; Jung Kwang Decg; HAN SUNG HAN; EOM SUNG JIN |
| - | CO//2 decomposition with reduced SrFe//2O//5 | 신현창; Jung Kwang Decg; 최승철 |
| - | CO2 conversion process using catalytic technology | Joo Oh Shim; Jung Kwang Decg; HAN SUNG HAN |
| - | CO2 hydrogenationa and H2O TPD over Cu-based catalysts | Joo Oh Shim; HAN SUNG HAN; EOM SUNG JIN; Jung Kwang Decg |
| - | Cu addition effect to suppress carbon formation on Ni/Al₂O₃ catalyst during dry reforming | 이재희; Jung Kwang Decg; Joo Oh Shim |
| - | Decomposition of H ₂ O with M-ferrite (M=Cu, and Ni) for H ₂ generation | 신현창; Jung Kwang Decg; HAN SUNG HAN; Jae Hee Oh; Seung Chul Choi |
| - | Decomposition of H₂O with ferrite powders for H₂ generation | 신현창; Jung Kwang Decg; HAN SUNG HAN; 오재희; 최승철 |
| - | Deoderazation by catalytic scrubber | Jung Kwang Decg; Joo Oh Shim; HAN SUNG HAN |
| - | Deorderization of excrementitious matter of chungryang-chun with Fe/MgO catalysts | Jung Kwang Decg; Joo Oh Shim; CHO SEONG HOON; HAN SUNG HAN |
| - | Effects of compositional changes of Cu/ZnO, Cu/Al₂O₃ and Cu/ZnO/Al₂O₃ catalysts on metanol synthesis from CO₂ hydrogenation | Joo Oh Shim; Jung Kwang Decg; HAN SUNG HAN; EOM SUNG JIN |
| - | Ethanol and other oxygenates from low grade carbonaceous resources | Joo Oh Shim; Jung Kwang Decg; HAN SUNG HAN; EOM SUNG JIN |
| - | Growing carbon nanotube on the ITO surface at low temperature | KIM CHANG KEUN; Jung Kwang Decg; HAN SUNG HAN; 이재의 |
| - | Humic acid elimination using catalytic ozonation | Lee Jieun; 진병석; Jung Kwang Decg; HAN SUNG HAN |
| - | Hydrogen product system development for fuel cell vehicles by gasoline reforming (POX: partial oxidation) | 이규창; Jung Kwang Decg; Joo Oh Shim; HAN SUNG HAN; 김덕찬 |
| - | Hydrogen production from gasoline by partial oxidation | Jung Kwang Decg |
| - | Methane dry reforming on the Al₂O₃-supported nickelcatalyst | Joo, Oh Shim; Jung Kwang Decg; 강민철 |
| - | Methanol process from CO₂ hydrogenation(CAMERE process) | Joo Oh Shim; Jung Kwang Decg; HAN SUNG HAN |
| - | Methanol/methyl formate couple as a hydrogen storage and carrier | Jung Kwang Decg; LEE MOON SANG; Joo Oh Shim; HAN SUNG HAN; EOM SUNG JIN |
| - | POX system development for automobile fuel cell (Ⅱ) | Jung Kwang Decg; 이규창; 김덕찬; HAN SUNG HAN |
| - | POX system of gasoline for automotive fuel cell | Jung Kwang Decg; 이규창; 김덕찬; HAN SUNG HAN |
| - | Room temperature catalytic oxidation of wastewater by air (LOTECH) | Jung Kwang Decg; HAN, SUNG HAN |
| - | Temperature programmed reduction of CuO/ZnO catalyst with hydrogen, carbon monoxide and methanol | Jung Kwang Decg; Joo Oh Shim; HAN SUNG HAN; EOM SUNG JIN |
| - | The role of hydrogen spillover on the synthesis of methanol over Cu/ZrO2 | Alexis T. Bell; Jung Kwang Decg |
| - | The study on methane reforming over Ni catalyst on YSZ supports | 방제국; Jung Kwang Decg; Joo Oh Shim; HAN SUNG HAN; 이재의 |
| - | Thermal behavior of (Co0.5Mn0.5)Fe2O4 for hydrogen generation with thermochenical cycle | 신현창; 최승철; Jung Kwang Decg; KIM JONG WON |
