ScholarWorks@Hanyang University ERICA Campus: Yoo, Hyo jong

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Yoo, Hyo jong (유효종)

COLLEGE OF ENGINEERING SCIENCES (DEPARTMENT OF BATTERT AND CHEMICAL ENGINEERING)

Research Area: 화학, 공업화학, 소재화학

Tel 031-400-5224
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Coreshell nanostructure:2||4nitrophenol reduction:2||Oxygen evolution reaction:2||Electrochemical sensor:2||dendritic fibrous nanosilica:2||Gold multipod nanoparticle:2||Au nanodots:1||Boule:1||Brillouin scattering:1||Carbon cloth:1||Catalytic reduction:1||Cerium oxide:1||Coordination polymer nanocube (CPN):1||Dendritic fibrous nanotitania (DFNT):1||Dendritic fibrous silica nanolayer:1||Dopamine hydrochloride:1||Dopamine injection solution:1||Dotsinshell:1||Electrocatalyst:1||Electrochemical biosensor:1||Electrodeposition:1||Endothelin receptor type A:1||Ethanol electrooxidation:1||Functionalized carbon black:1||Genomewide association study:1||Glass:1||High porosity:1||Hollow structure:1||Hydrogen evolution reaction:1||Hydroquinone detection:1||Immersion technique:1||Intracranial aneurysm:1||Ironnitrogencarbon:1||MOFs:1||Manganese stannate nanocubes:1||Mesoporous silica shell:1||Metalorganic framework:1||Multi gold core:1||NMOFderived materials:1||Nano metalorganic framework:1||Nanocatalyst:1||Nanocomposite:1||Nanohybrids:1||Nanoparticles:1||Ni(OH)(2) nanoflowers:1||Ni(OH)(2)@Au nanohybrids:1||NiCoLDH:1||Nitrogendoped hollow carbon sphere:1||Oxygen evolution reaction (OER):1||Oxygen reduction reaction:1||Oxygen reduction reaction (ORR):1||Palladium layer:1||Pharmaceutical:1||Photocatalytic degradation:1||Platinum nanodots assembly:1||Platinum overgrowth:1||Progesterone:1||Redox behavior:1||Reduced dendritic fibrous nanotitania (RDFNT):1||Ruthenium cobalt sulfide:1||Silk fibroin scaffold:1||Softetching:1||Surface modification:1||Tetracycline:1||Titania (TiO2):1||Traumatic brain injury:1||Urea sensing:1||Waterglassbased nanosilica:1||Yorkshell nanoparticle:1||ZIF67:1||Zeolitic imidazolate framework (ZIF8):1||Zinc oxide:1||antibacterial:1||antibacterial activity:1||biocompatibility:1||biomedical performance:1||castor oil:1||catalysis:1||cerium oxide nanoparticles:1||chitosan:1||cooperative catalytic performance:1||core–shell nanostructures:1||core–shell structure:1||coreshell structure:1||drug delivery:1||electrocatalyst:1||gold multipod nanoparticles:1||gold nanoparticles:1||heterogeneous catalytic reaction:1||highorder assemblies:1||metal oxide:1||metallocavitands:1||metallosupramolecular cages:1||mild traumatic brain injury:1||morphologycontrolled:1||nano metal organic framework (NMOF):1||nano metalorganic framework:1||nanohybrid:1||nanohybrids:1||nanorods:1||nanosized CuBTC:1||nanospace engineering:1||nickel foil:1||nickel tungstate:1||nickelbased racemic cages:1||nickel/iron/selenide:1||nitric oxide:1||oxygen evolution reaction:1||photoanode:1||photoelectrochemical water splitting:1||pliable electrode system:1||polyurethane foam:1||postmodification:1||raspberrylike morphology:1||reverse microemulsion:1||shapedirecting modulator:1||silica–metal hybrid nanoparticle:1||silica Reaxys Chemistry database information:1||size and shape controls:1||supercapacitor:1||supercapacitors:1||supramolecular building blocks:1||surface plasmon resonance:1||thermolysis:1||titania nanorods:1||triplestranded helicates:1||3D printed electrode:1||zincbased coordination polymer nanocubes:1||3D printing FDM technique:1||Acoustic:1||Aminated glassy carbon electrode:1||Asymmetric supercapacitor:1||Au layer:1||

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