CAU Scholar's Space: Kim, Seok Min

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Kim, Seok Min (김석민)

공과대학 (기계공학부)

Research Area: Micro/Nano Patterning Technolgoy, UV nano replication, Glancing Angle Deposition, Reflective Type Polarizer for Highly Efficient LCD System, Glass Embossing Using Vitreous Carbon Mold, Surface Enhnaced Raman Spectroscopy Substate

Tel 02-820-5877
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Carbonization:6||Vitreous carbon mold:5||Glass molding:4||Glancing angle deposition:4||betacatenin:4||glancing angle deposition:3||Critical heat flux:2||metalenhanced fluorescence:2||Metal enhanced fluorescence:2||Pool boiling:2||Nanorods:2||polymer nanoimprinting:2||cytokine:2||Metal microforming:2||Metalenhanced fluorescence:2||Glass microstructure:2||Vitreous carbon:2||DNA:2||inflammation:2||fluorescence:2||Localized surface plasmon resonance:2||Nanoimprinting:2||surface plasmon resonance:2||Ag nanorods:2||Directional surface roughness:1||Drill machining:1||Dropcasting:1||Edge spread intensity:1||Enhanced fluorescence substrate:1||Filleted micropattern:1||Fluorocarbon liquid:1||Furan:1||Furan precursor:1||Gas absorption:1||Gas detection system:1||Glancing Angle Deposition:1||Glass nanoimprinting:1||Glass nanostructure:1||Glass photonic crystal:1||Glassy carbon:1||Graphene oxide (GO):1||Guided Mode Resonance Filter:1||GuidedMode Resonance:1||Hand jitter:1||Haplotype:1||Heat transfer:1||Hightemperature stable nanophotonics:1||Hydrodynamic flow:1||Hydrogen evolution reaction:1||Image quality:1||Image sensor module:1||Imprinting:1||Inflammation:1||Injection Molding:1||Injection molding:1||LED:1||LabelFree Biosensor:1||Laser pyrolysis:1||Lightemitting diode:1||MEF technology:1||Metal Enhanced Chemical Etching Nanoimprinting:1||Metal enhanced fluorescence substrate:1||Metallic Stamp:1||Microarray:1||Microarray analysis:1||Microarray biochip:1||Microarray chip:1||Micropattern:1||Microporous carbon framework:1||Microspheres:1||Microsupercapacitor:1||Modulation transfer function:1||Multiobjective:1||NDUV:1||NFkappa B:1||NFκB:1||Nanoimprint:1||Nanoimprint lithography:1||Nanopattern:1||Nanophotonic Device:1||Nanoreplication:1||Nanostructures:1||Optical concentrator:1||Optical image stabilizer:1||Optical tolerance analysis:1||PQC:1||Parametric Optimization:1||Photonic Crystal Structure:1||PhotonicCrystal:1||Plasmonic nanostructures:1||Polishing:1||Polymer Grating:1||Polymorphism:1||Porous alumina nanostructures:1||Porous vitreous carbon:1||PostQuantum Cryptography:1||Precision glass molding:1||Promoter:1||Protein microarray:1||Pyrolysis shrinkage:1||Random rough surface:1||Refractive index:1||Resonance wavelength:1||Response Surface Method:1||Reusability:1||Roll mold:1||Rolltoroll UV nanoreplication:1||SAM:1||SNP:1||SelfAssembled Monolayer:1||Shrinkage prediction model:1||SiO2:1||Signaltobackground noise ratio:1||Silicon Nanowires:1||Singlewalled carbon nanotube:1||Static contact angle:1||Sticking:1||Subwavelength grating:1||Surface Enhanced Raman Spectroscopy:1||Surface plasmon resonance:1||Surface roughness:1||TNFalpha:1||Tafel slope:1||Unidirectional rough surface:1||VC mold:1||VPN:1||Virtual Private Network:1||Vitreous carbon grid structure:1||WNT:1||Wafer level lens array:1||Wateroil separation:1||Wetting speed:1||WireGuard:1||Wnt/βcatenin pathway:1||XAV939:1||adipogenesis:1||advanced glazings:1||amorphous carbon mold:1||antiadhesion coating:1||antireflection nanostructure:1||asthma:1||autofluorescence:1||berberine:1||bifurcation microfluidic chip:1||biosensor:1||blood plasma separation:1||body fluid identification:1||bronchial epithelial cells:1||carbonization:1||carbonization process:1||catalyst support:1||cobaltoxide:1||crosssinusoidal nanostructure:1||design optimization:1||desirability function:1||diffractive elements:1||direct metal forming:1||droplet based microfluidic:1||dust mite:1||electrocatalytic hydrogen evolution:1||enhanced boiling heat transfer:1||enhanced electromagnetic fields:1||fluorescent signal:1||fluorophores:1||furan imprinting:1||glass imprinting:1||glass imprinting process:1||glass microchannel:1||glass micromixer:1||glass molding:1||glass molding process:1||glass nanostructure:1||glass slide:1||glass transition temperature:1||glassy carbon micromold:1||guided mode resonance:1||imperfect imprinting:1||imprint lithography:1||injection molding:1||laserinduced graphene:1||light trapping:1||lipopolysaccharide:1||lipoteichoic acid:1||localised surface plasmon resonance:1||localized surface Plasmon resonance:1||localized surface plasmon resonance:1||metallic microstructure:1||metallic nanostructures:1||micro:1||microlens array:1||microarray analysis:1||microarray detection:1||microfluidics:1||mold material:1||mold materials:1||nano metal wire fabrication:1||nanoprecision glass molding:1||nanofabrication:1||nanoreplica molding:1||nanorod structures:1||nanorods:1||nickelfoam:1||oblique angle deposition:1||overlay accuracy:1||phosphate buffered saline:1||photonic crystal:1||photovoltaics:1||plasmonic crystal:1||plasmonic nanoantenna array:1||polydimethylsiloxane:1||polydimethylsiloxane on glass substrate:1||polydimethylsiloxane on polyethylene terephthalate film:1||protein microarray analysis:1||proteins:1||rolltoroll imprint:1||semen:1||shrinkage:1||shrinkage compensation:1||silver:1||silvernanorod metalenhanced fluorescence:1||solar windows:1||sterol regulatory element binding protein 1:1||streptavidinconjugated Cy5:1||substrate:1||substrates:1||sureface enhnaced Raman spectroscopy:1||surface roughness:1||transparent roll mold:1||ultraviolet nanoimprinting:1||vaginal fluid:1||vitreous carbon:1||vitreous carbon mold:1||vitreous carbon stamp:1||wire grid polarizer:1||강화 형광 기판:1||공진 파장:1||광결정구조:1||롤몰드:1||롤투롤 UV 나노복제:1||비정질 탄소:1||비정질 탄소 몰드:1||열분해 수축:1||유리성형:1||3D printing:1||탄화:1||3T3L1:1||AMPactivated protein kinases:1||Absorption capacity:1||Ag:1||Ag Nanorods:1||Ag nanorod:1||Alumina:1||Amorphous carbon mold:1||AntiIcing:1||Asthma:1||Bilayer wire grid polarizer:1||Biochip:1||Boiling heat transfer:1||Bronchial epithelial cell:1||CNT membrane:1||Catadioptric Fresnel lens:1||Catalyst:1||Coffeering effect:1||Concentrated photovoltaic system:1||Crack:1||Der p 1:1||Desirability Function:1||Digital light processing:1||

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