ScholarWorks@SUNGKYUNKWAN UNIVERSITY: LEE, JIN KEE

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LEE, JIN KEE (이진기)

Engineering (Mechanical Engineering)

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Tel
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3D printing:5||emulsions:2||leadfree BNKT ceramics:2||Zeta potential:2||Heat transfer:2||Microfluidics:2||Computational fluid dynamics:2||Turbulence:2||Evaporator coil:2||Coriolis force:2||microfluidics:2||Droplet generation:2||Porous medium model:2||Reefer:2||Carbon coating layer:1||Carbonization:1||Chemical solution deposition:1||Chronic renal failure (CRF):1||Coating:1||Coffee ring effect:1||Colorimetry:1||Computational fluid dynamics (CFD):1||Constant charge:1||Constant potential:1||Copper sulfide (CuxS):1||Cyanobacteria inactivation:1||Defogging:1||Defroster:1||Dielectric ink:1||Diffusioosmosis:1||Diffusiophoresis:1||Disk chip:1||Dolichospermum:1||Double emulsion droplet:1||Droplet impact:1||DrudeSmith model:1||Dynamic contact angle:1||Eccentricity:1||Electrohydrodynamics:1||Electrohydrodynamic jet printing:1||Electrolytic cell optimization:1||Electrospinning:1||Esterification:1||Euler force:1||Exothermic chemical reaction:1||Fabrication:1||Fanshaped channel:1||Film capacitor:1||Flexible vibrational energy harvesting device:1||Flow structures:1||Fluidic swab:1||Food quality control:1||Food safety:1||Free surface:1||Friction coefficient:1||H2S gasassisted plasmaenhanced chemical vapor deposition (PECVD):1||HOCl:1||Heated surface:1||Hemodynamics:1||Herringbone:1||High acid crudes:1||High specific surface area:1||Hydrogel encapsulation:1||Hydrophobic surface:1||Ice friction:1||Interface:1||Interface stability:1||Janus particle:1||Laminated paperbased device:1||Laplace pressure:1||Lateral flow immunoassay:1||Lead zirconate titanate (PZT):1||Leadfree:1||Level set method:1||Lubricant infused surface (LIS):1||MEMSless process:1||Mass production:1||Metal organic framework (MOF):1||Microparticle image velocimetry (muPIV):1||Microchannel:1||Microcystis aeruginosa:1||Microgrooved surface:1||Midturbinate:1||Mixing in microfluidics:1||Modular systems:1||Moving surface:1||Multiplex detection:1||Nanobubble:1||Nanofiber:1||Nanoparticles:1||Nanoporous anode materials:1||Nanostructured anode:1||Naphthenic acids:1||Nondiaphragm electrolytic cell:1||Oblique jet:1||Obtuse anastomosis:1||Onestep fabrication:1||Organophosphorus hydrolase:1||Oscillatory flow:1||Paperbased analytical device:1||Paperbased digital microfluidics:1||Patterned running surface:1||Pickering emulsion:1||Piezoelectric thin film:1||Planar jet:1||PolybetaCyclodextrin:1||Preconcentration:1||Pseudolinearity:1||Pyrochlore dielectrics:1||R2R:1||R2R gravure:1||Rayleigh law:1||Rectangular channel:1||Retraction dynamics:1||SARSCoV2:1||Seebeck effect:1||Selfassembly:1||Selfdecontamination:1||Shaping:1||Single test line:1||Slightly acidic hypochlorous acid:1||Sodium ion battery (SIB):1||Spraying:1||Strain engineering:1||Sulfurization:1||Supercritical methanol:1||Surface structure:1||Taylor cone:1||Taylor dispersion:1||Thermal conduit:1||Thermoelectric:1||Thermopower waves:1||Thinfilm transistor:1||Threshold voltage:1||Timetemperature indicator:1||Total acid number:1||Twodimensional array:1||Viscosity ratio:1||Vortex generator:1||Wall shear stress (WSS):1||Water layer visualization:1||Wilhelmy plate technique:1||actuator:1||amyloid beta (A beta) protein:1||antiicing:1||artificial intelligence:1||atomic force microscopy:1||blood damage index:1||bordered pit membrane:1||breakups:1||capsule model:1||coffeering effect:1||colloidal packing:1||colloidal particles:1||colloidosomes:1||colorimetric sensor:1||conductance:1||covid19:1||crack:1||deformation:1||dementia:1||deposition patterns:1||diagnostics:1||directional liquid transport:1||discrete particle method:1||domain dynamics:1||droplets:1||drying process:1||dye tracing experiment:1||electric field:1||electrohydrodynamics (EHD):1||electronic skin:1||electrospinning:1||electrospun:1||evaporation:1||fiber:1||firstorder reversal curve (FORC):1||flexible devices:1||gravure printing:1||hemodialysis catheter:1||humidity:1||hydraulic resistance:1||instabilities:1||interfacial flow:1||interfacial flows (free surface):1||laser cutter:1||liquid capillary diode:1||local level switching behaviors:1||logic gates:1||longterm storage:1||lowcost:1||metalorganic framework:1||microfluidic:1||mixing:1||motheye structure:1||nanoparticle ink:1||nanoparticles:1||numerical analysis:1||paper substrate:1||paper substrates:1||paraffin:1||pectin:1||piezoelectric–triboelectric hybrid generators:1||piezoelectric composites:1||piezoelectric fiber:1||piezoelectric yarn:1||porous SnO2 film:1||porous media:1||pressure:1||printed electronics:1||rapid:1||recirculation ratio:1||residual chlorine:1||rheology:1||rolltoroll:1||rotating disk:1||rtqpcr:1||selfassembled monolayers:1||selfhealing:1||sensor:1||smart textile:1||solid slippery surface:1||spherical parti:1||superhydrophobicity:1||surface tension:1||suspensions:1||terahertz nearfield spectroscopy:1||threshold voltage:1||transparent:1||water vapor repellency:1||wearable sensor:1||xylem:1||μPAD:1||나노섬유:1||전기방사:1||테일러 콘:1||2D μPADs:1||표면 구조:1||3D circuitry:1||3D printing technology:1||3D μPADs:1||ATP luminometer:1||Additive manufacturing:1||Alzheimer's disease:1||And oil remediation:1||Antibodyconjugated nanoparticles:1||Arteriovenous fistula (AVF):1||Arteriovenous fistula (AVF):1||Biocatalytic sorptive material:1||CO sensing:1||COVID19:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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