| - | A comparative study of low- and high-band-gap CIxG1-xSySe2-y thin-film solar cell via solution process | Park Se Jin; Yunae Cho; Dong-Wook Kim; Min Byoung Koun |
| - | Bifacial CuInGaS2 thin film solar cells by a low cost paste coating method | Jeon, HyoSang; Park Se Jin; Min Byoung Koun |
| - | Defect Analysis of Solution Processed CIGSSe Thin Films with Different S/Se Distribution Based on Surface Photovoltage Using KPFM | Park Se Jin; Kim, Haeri; Min Byoung Koun |
| - | Enhanced performance of band-gap graded CIGSSe solar cells by selenization | Park Se Jin; Min Byoung Koun |
| - | Enhanced photovoltaic performance of Cu(In,Ga)S2 and CuInS2 stacked thin film solar cells by multi-stage paste coating | Park Se Jin; 안희상; 김지은; 김동욱; 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 a transparent glass based CuInGaS2 thin film solar cell by a solution process | Chu Van Ben; Park Se Jin; park gi-soon; jeong jae-seung; 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 |
| - | Liquid carbon dioxide based deposition of CuInS2 on to mesoporous TiO2 film | Eduardus Budi Nursanto; Park Se Jin; Min Byoung Koun |
| - | Non-vacuum solution processed high band-gap CuInGaS2 thin film for solar cell applications | Park Se Jin; Jihyun Kim; Min Byoung Koun |
| - | Printable carbon free CIGS thin film for solar cell applications | Park Se Jin; Lee eun joo; 오민규; Min Byoung Koun |
| - | Printable carbon-free CIGS thin films for solar cell applications | Park Se Jin; Lee, Eun-joo; Min-Kyu Oh; Min Byoung Koun |
| - | Printable CIGS solar cells and their application to solar-hydrogen generation system | Min Byoung Koun; Park Se Jin; Jeon, HyoSang |
| - | Printable CIGS thin films for solar cell applications | Park Se Jin; Lee, Eun-joo; Min-Kyu Oh; Min Byoung Koun |
| - | Solar-hydrogen generation by a monolithic PV-electrolytic system | Jeon, HyoSang; Park Se Jin; Min Byoung Koun |
| - | Solution processed high band-gap CuInGaS2 thin film
for solar cell applications | Park Se Jin; Min Byoung Koun |
| - | Solution processed high band-gap CuInGaS2 thin film for solar cell applications | Park Se Jin; Min Byoung Koun |
| - | Solution processed wide band-gap CuInGaS2 thin film for solar cell applications | Park Se Jin; Ji-Hyun Kim; Min Byoung Koun |
| - | Solution processed wide band-gap CuInGaS2 thin film for solar cell applications | Park Se Jin; Min Byoung Koun; Ji-Hyun Kim |
| - | Synthesis of CuInxGa1-x(SeyS1-y)2 Thin Film by paste coating | Park Se Jin; Min Byoung Koun |
