| 51 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Reduced graphene oxide based supercapacitors: Study of self-discharge mechanisms, leakge current and stability via voltage holding tests |
2019 |
| 50 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Plasmonic gold sensitization of ZnO nanowires for solar water splitting |
2019 |
| 49 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Photoluminescence, electro- and thermal catalytic properties of bare and Eu(III)-doped GaOOH, alpha- and beta-Ga2O3 nanorods |
2019 |
| 48 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Photoluminescence imaging of europium (III)‐doped γ‐Al2O3 nanofiber structures |
2019 |
| 47 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Photoelectrochemical Hydrogen Evolution and CO2 Reduction over MoS2/Si and MoSe2/Si Nanostructures by Combined Photoelectrochemical Deposition and Rapid-Thermal Annealing Process |
2019 |
| 46 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Nitrogen-doped reduced graphene oxide as excellent electrode materials for high performance energy storage device applications |
2019 |
| 45 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Magnetic/catalytic properties and strain induced structural phase transformation from beta-FeOOH to porous alpha-Fe2O3 nanorods |
2019 |
| 44 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Lanthanide (III) (La, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, and Yb) Ions Loaded in CeO2 Support; Fundamental Natures, Hydrogen Reduction, and CO Oxidation Activities |
2019 |
| 43 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Formic acid oxidation on Pt deposit model catalysts on Au: Single-layered Pt deposits, plateau-type Pt deposits, and conical Pt deposits |
2019 |
| 42 |
응용화학공학과 |
4차 산업혁명 대응 융합형 화공소재 교육연구단 |
Enhanced electrochemical hydrogen evolution over defect-induced hybrid MoO3/Mo3O9 center dot H2O microrods |
2019 |
