ScholarWorks@Hanyang University ERICA Campus: Oh, Junho

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Oh, Junho (오준호)

ERICA 공학대학 (DEPARTMENT OF MECHANICAL ENGINEERING)

Research Area: 열전달, 계면과학, 자연모사공학, Heat Transfer, Interfacial Science, Nature-inspired Engineering

Tel 0314005259
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Superhydrophobic:3||Nontoxic:2||superhydrophobic:2||condensation:2||Cinnamic acid:2||contact angle:2||nanostructures:2||Green chemistry:2||Structured surfaces:2||Hydrophobic:2||wettability:2||droplet:2||Myristic acid:2||Durability:1||Electric fields:1||Electronics cooling:1||Environmental aging:1||Environmentally friendly:1||Glass transition temperature:1||Imaging:1||Inorganic materials:1||Insect:1||Insect hydrocarbons:1||Insect wing:1||LIS:1||Laserablation electrospray ionization:1||Liquid bridge confined boiling:1||Lubricantinfused surface:1||Marangoni flow:1||Mass spectrometry:1||Materials application:1||Materials characterization:1||Materials chemistry:1||Materials science:1||Metal:1||Micro:1||Microwaveassisted extraction:1||Nano:1||Nanoengineered surfaces:1||Nanoimprinting:1||Nanopillar:1||Nanotechnology:1||Natural:1||Naturally derived:1||NiTi:1||PEDOTcoated carbon nanotube sheets:1||Polymer:1||SLIPS:1||Salt spray:1||Sepiolite:1||Spatial resolution:1||Structure:1||Subcooled:1||Surface physicalchemistry:1||Thermal degradation stability:1||Twodimensional gas chromatography:1||Volatile organic compounds:1||Water immersion:1||Wettability:1||adsorption:1||anodic aluminum oxide (AAO):1||atomic layer deposition:1||bactericidal:1||binary/hierarchical nanostructures:1||bioinspiration:1||bioinspired:1||biomimicry:1||biphilic surfaces:1||boiling:1||broadband antireflection:1||bubbles:1||cell culture system:1||cicada:1||cicada wings:1||coalescenceinduced droplet jumping:1||composite hydrogel electrolytes:1||condensation heat transfer:1||copper oxide nanostructures:1||corrosion:1||crystallization:1||directional liquid transport:1||directional wetting:1||droplet jumping:1||droplets:1||dropwise condensation:1||electrical stimulation:1||ethanol:1||filmwise condensation:1||grasslike nanostructures:1||heat transfer enhancement:1||hexane:1||hierarchical structures:1||hierarchical surface:1||insect:1||insect wing:1||interfacial interaction:1||inverse opals:1||ionic conductivity:1||laser cutter:1||laserwelding:1||liquid capillary diode:1||liquid diode:1||liquid transport:1||lubricantinfused surfaces (LIS):1||lubricants:1||mechanical energy harvester:1||microstructure:1||microwaveassisted extraction:1||miscibility:1||molecular dynamics simulation:1||multiple patterning:1||nanofabrication:1||nanomanufacturing:1||nanopillar:1||nanostructure:1||nanostructured interfaces:1||nanotubes:1||physically unclonable functions:1||reconfigurable physical unclonable functions:1||shape memory alloy:1||simulated body fluid:1||spatiotemporal temperature profile:1||submicrometric reservoirs:1||superhydrophobicity:1||supersaturated solution:1||surface chemistry:1||template:1||thinfilm condensation:1||topography:1||topology:1||volatile organic compounds:1||AAO mask:1||wetting:1||Abrasion:1||Adsorption:1||Aromatic thermosetting copolyester:1||Atmosphere mediated wettability:1||Cicada wings:1||Coating:1||Composite:1||Compressive strength:1||Condensation:1||Contact angle hysteresis:1||Droplet jumping:1||Dropwise:1||

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