| - | A Monolithic and Standalone Artificial Synthetic Device for CO2 conversion to CO | Jeon, HyoSang; KOH JAI HYUN; Yun Jeong Hwang; Min Byoung Koun |
| - | Bifacial CuInGaS2 thin film solar cells by a low cost paste coating method | Jeon, HyoSang; Park Se Jin; Min Byoung Koun |
| - | CO2 Reduction with Nanostructured Metal Electrodes | Yun Jeong Hwang; Min Byoung Koun; Cheonghee Kim; Jeon, HyoSang; KOH JAI HYUN; Michael Shincheon Jee |
| - | Correlation of Enhanced CO2 Reduction Activity with the Electronic Surface State
: Microscopic Physical Morphology and Chemical Structure Analyses | Kim, Haeri; Jeon, HyoSang; Yun Jeong Hwang; Min Byoung Koun |
| - | Directly Anchored Ag Nanoparticle for Enhanced CO2 Reduction Activity with Low Overpotential | Cheonghee Kim; Jeon, HyoSang; Michael Shincheon Jee; 김형준; Min Byoung Koun; Yun Jeong Hwang |
| - | Electrocatalytic water splitting with Co3O4 films prepared by a paste coating | Jeon, HyoSang; Min Byoung Koun |
| - | Electrochemical CO2 conversion catalysts for integrated monolithic solar-fuel generators | KOH JAI HYUN; Jeon, HyoSang; Yun Jeong Hwang; Min Byoung Koun |
| - | Enhanced power conversion efficiency of solution based CIGSSe solar cells by band-gap grading | Park Se Jin; Jeon, HyoSang; KOH JAI HYUN; Min Byoung Koun |
| - | Fabrication of an artificial leaf for solar-fuel production | Jeon, HyoSang; Park Se Jin; Min Byoung Koun |
| - | Highly efficient printable carbon free CIGS thin film for solar cell applications | Park Se Jin; Jeon, HyoSang; Min Byoung Koun |
| - | Investigation of Enhanced CO2 Reduction Activity in Association with the Electronic Surface State: Microscopic Physical Morphology and Chemical Structure Analyses | Kim, Haeri; Jeon, HyoSang; Yun Jeong Hwang; Min Byoung Koun |
| - | Multi-stage paste coating method for low cost and high efficiency CIGS thin film solar cells | Jeon, HyoSang; An Hee Sang; KOH JAI HYUN; Min Byoung Koun |
| - | Photoelectrochemical CO2 Conversion for Fuel Production Powered by Monolithic Thin-Film Photovoltaic Devices | KOH JAI HYUN; Jeon, HyoSang; Michael Shincheon Jee; Yun Jeong Hwang; Min Byoung Koun |
| - | Physical and Chemical Changes after CO2 Reduction of Au and Redox-Au Electrodes using XPS and KPFM Analysis Measurements | Kim, Haeri; Jeon, HyoSang; KOH JAI HYUN; Yun Jeong Hwang; Min Byoung Koun |
| - | Printable CIGS solar cells and their application to solar-hydrogen generation system | Min Byoung Koun; Park Se Jin; Jeon, HyoSang |
| - | Solar-fuels production by a monolithic and standalone photoelectrochemical device | Jeon, HyoSang; KOH JAI HYUN; Yun Jeong Hwang; Min Byoung Koun |
| - | Solar-hydrogen generation by a monolithic PV-electrolytic system | Jeon, HyoSang; Park Se Jin; Min Byoung Koun |
| - | Synthesis of ruthenium oxide nanoparticles in sub- and supercritical water and their water-splitting characteristics | ANTONIUS DIMAS CHANDRA PERMANA; Jeon, HyoSang; Min Byoung Koun; Kim, Jaehoon |
| - | Water electrolysis with different sized Co3O4 films prepared by a paste coating method | Jeon, HyoSang; Kim, Jaehoon; Min Byoung Koun |
| - | Water electrolysis with different sized Co3O4 films prepared by a paste coating method | Jeon, HyoSang; Kim, Jaehoon; Min Byoung Koun |
| - | Water splitting for hydrogen production using a high surface area RuO2 electrocatalyst synthesized in supercritical water | Jeon, HyoSang; ANTONIUS DIMAS CHANDRA PERMANA; Kim, Jaehoon; Min Byoung Koun |
