CAU Scholar's Space: Lee, Sangmin

Detailed Information

Lee, Sangmin (이상민)

공과대학 (기계공학부)

Research Area: Micro/Nanostructured Surface, Superhydrophilic/phobic Surface, Piezoelectric/Triboelectric effect

Tel 02-820-5071
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Triboelectric nanogenerator:30||triboelectric nanogenerator:20||Energy harvesting:20||energy harvesting:13||triboelectric nanogenerators:6||mechanical energy:6||Anodization:4||Graphene oxide:4||Selfpowered sensor:3||selfpowered:3||Wettability:3||selfpowered sensor:3||Surface modification:3||nanogenerator:3||silk fibroin:3||Droplet:3||cultured meat:3||Superhydrophilic surface:3||Water electrification:3||contact electrification:3||Energy loss:3||Antibacterial:3||anodization:3||Nanostructure:3||Electromagnetic generator:2||Alternating potential:2||friction:2||Transparency:2||nanostructure:2||Contact angle:2||Zinc oxide:2||future food:2||superhydrophilicity:2||Anodic aluminum oxide:2||COVID19:2||Triboelectric nanogenerators:2||Protective membrane:2||Multilayer LbL film:2||Electrostatic discharge:2||adhesion:2||Superhydrophobicity:2||Nanofiber:2||CWAs:2||mass proliferation:2||mechanical energy harvesting:2||Anodic aluminum oxide (AAO):2||Nanomaterials:2||Hybrid cell:2||electrodegradation:2||Portable device:2||atomic force microscopy:2||Condensed droplet:1||Contact electrification:1||Copper ion:1||Corrosion resistance:1||Cultured meat:1||DC convertible:1||DFT calculation:1||Daily variation:1||Data synthesis:1||Debonding:1||Deformable foam layer:1||Defrosting:1||Dendritic cell:1||Design protocol:1||Detection delay:1||Detection failure:1||Devices:1||Dielectric liquid:1||Dielectric polarization:1||Digital microfluidics:1||Direct current power:1||Direct electron flow:1||Discharge:1||Diskshaped:1||Domain adaptation:1||Donnan cell:1||Drilling:1||Dropcasting:1||Dropletbased energy harvesting membrane:1||Dualscale:1||Dye degradation:1||Dyesensitized solar cell:1||Dynamic analysis:1||EMG:1||Elastic bellows:1||Elastic component:1||Elastic sheet:1||Electric field:1||Electric field stimulation:1||Electrical stimulation:1||Electromotive force:1||Electron avalanche:1||Electron blocking layer:1||Electronic structure:1||Electrowettingondielectric:1||Energy Resources:1||Energy Systems:1||Energy loss conversion:1||Energy storage:1||Energy transfer medium:1||Enhanced current output performance:1||Enhanced output:1||Enzymatic separation:1||Evaporation:1||Exhaled breath:1||False detection:1||Film capacitor:1||Filter:1||Flexible:1||Flexible optical nanoelectronics:1||Flexible superhydrophobic surface:1||Fluid analysis:1||Fluid dynamic:1||Fluttering:1||Food safety:1||Functional lightemitting diode:1||Gelatin microsphere:1||Graphene:1||HDFS:1||Hair follicle regeneration:1||Heat exchange:1||Hierarchical structure:1||Human body:1||Hybrid energy cell:1||Hybrid energy harvester:1||Hybrid generator:1||Hydrophilic:1||Hydrophobic:1||Hydrophobic coating:1||Illicit drugs:1||Immune checkpoint inhibitor:1||Impact:1||Impact behavior:1||Impact sensor:1||Impinging:1||Implantable device:1||Ingestible battery:1||Ionic diode phenomena:1||Labonachip:1||Labelshift:1||Laminates:1||Laponite:1||Layerbylayer selfassembly (LbL):1||Leyden jar effect:1||Low maintenance energy:1||MAP 6: Development:1||Mass proliferation:1||Mechanical analysis:1||Mechanical energy:1||Mechanical energy harvesting:1||Mechanical parts:1||Metaltometal contact:1||Microelectromechanical system:1||Microfluidics:1||Microplastic:1||Microporosity:1||Microporous polyurethane:1||Mobility in mucus:1||Modeling:1||Multiutilization of wind:1||Nafion membrane:1||Nanocomposites:1||Nanogenerator:1||Nanohoneycomb:1||Nanoimprint:1||Nanoindentation:1||Nanoporous anodized alumina:1||Nanorod:1||Nanosensors:1||Neutral axis engineering:1||Nitric oxide nanomotor:1||Noninvasive detection:1||Nonphotoresponsive catalysis:1||Nonpolar lubricants:1||Oilimpregnation:1||Omnidirectional wind:1||Optical absorption:1||PVDF:1||Patterned surface:1||Pendulum motion:1||Phase change:1||Piezocatalysis:1||Piezoelectric nanogenerator:1||Piezoelectric nanogenerators:1||Plasma etch:1||Plasmonics:1||Polarization:1||Polyaniline nanofiber:1||Polymers:1||Portable generator:1||Portable power source:1||Power generation:1||Power management:1||Pressure sensor:1||Proteintrapping performance:1||Pyrocatalysis:1||Quaternary ammonium:1||ROS generation:1||Raindrop electrostatic energy:1||Recursive domain adversarial neural network:1||Reduced graphene oxide:1||Regulating air breakdown:1||Reverse electrodialysis:1||Rigid superhydrophobic surface:1||SARSCoV2:1||Safety light:1||Salinity difference:1||Salt gradient:1||Salt spray test:1||Self retraction:1||Selfassembly method:1||Selfcleaning:1||Selfoperating switch:1||Selfpackaging:1||Selfpackaging design:1||Selfpowered:1||Selfpowered bacterial sensor:1||Selfpowered implantable devices:1||Selfpowered portable device:1||Selfpowered sensor system:1||Selfpowered system:1||Selfpoweredsystem:1||Semisolid lubricant:1||Sensing:1||Sensing techniques:1||Sheet dielectric:1||Slinky:1||Sodium bicarbonate:1||Solar energy:1||Speed bump:1||Spring:1||Stackable:1||Structural modification:1||Superhydrophobic ceramic surface:1||Superhydrophobicity:1||Superhydrophobic:1||Superhydrophobic device:1||Superhydrophobic surface:1||Surface charge:1||Surface charge density:1||Surface energy:1||Sustainability:1||TENG:1||Tactile sensors:1||Tailorable sensitivity:1||Tandem system:1||Therapy:1||Thermal and mechanical energy:1||Thermal annealing:1||Thermocatalysis:1||TiO2:1||Transfer medium:1||Transferprintable fluoropolymer:1||Transmittance:1||Tribocatalysis:1||Triboelectric generator:1||Triboelectric nanogenerator (TENG):1||Triboelectric tactile sensor:1||Tunability:1||Ultrahigh output performance:1||Ultrahigh power:1||Unidirectional charge accumulation:1||Unidirectional chargesupplying flutter:1||Urethane bonding:1||Velocity sensor:1||Viscosity:1||Waste AC energy:1||Waste to energy:1||Water and alcohol repellent:1||Water splitting:1||Water treatment:1||Waterbased electricity generation:1||Wear:1||Wearable biosensors:1||Wearable electronics:1||Wearable pressure sensor:1||Wind energy:1||Wind energy harvesting:1||Window size:1||Wound healing:1||YoYo:1||Zincoxide nanowires:1||ZnO:1||Zwitterion:1||acceleration sensors:1||activated carbon:1||active deformation sensor:1||active sensors:1||active water control:1||adipocyte:1||aerosol filtration:1||air breakdown:1||airbreakdown model:1||airborne transmission:1||alkali metal ion exchange:1||allinone structures:1||alumina nanowire:1||aluminum substrates:1||ambientairionizing channels:1||amino acid:1||amino acid engineering:1||amplified output:1||anodic aluminum oxide:1||anodized aluminum:1||anodized aluminum xide:1||antibacterial:1||applications:1||automated chemical sensing:1||bidirectional:1||bioelectrical stimulations:1||biocompatible:1||bioprosthesis:1||bodymediated energy transfer:1||breeze energy harvesting:1||capacitorintegrated:1||chargeaccumulating flutter:1||chargepolarizationbased flutters:1||chemical sensor:1||chemical warfare agents:1||circuits:1||compact design:1||composite:1||composite antenna structure(CAS):1||conductive spring:1||copper(II) oxide:1||costefficiency:1||crumpled ball design:1||culture medium:1||current amplification:1||cylindrical CAS:1||device designs:1||direct capacitive coupling:1||discharge gateway:1||discharge output:1||durability:1||efabric:1||ecofriendly platform:1||edible coating:1||electrospinning:1||energy harvesting technology:1||eye ball motion:1||fluorination:1||fluttering:1||footballs:1||friction wear:1||functional materials:1||gas masks:1||graphene:1||graphene transfer:1||gyroscopic generators:1||handdriven device:1||heart valve:1||hierarchical structure:1||hybrid energy cell:1||hybrid food:1||hybrid generators:1||hydrationadaptive crystallization:1||impact behavior:1||intrinsic crosslink:1||inverse piezoelectric sounds:1||ionenhanced field emission:1||layerbylayer assembly:1||maskvalves:1||mechanical element:1||mechanical property:1||mechanical systems:1||membrane:1||memristor:1||mercury ion:1||metaltoinsulator transition:1||methyl orange:1||microstrip antenn:1||missinglink:1||monolayer assembly:1||myoblast:1||nanocoating:1||nanofiber:1||nanofiber array structures:1||nanogenerators:1||nanohoneycomb:1||nanohoneycomb structure:1||nanoporous films:1||nanosensor:1||nonconventional threats:1||nonvolatile memory device:1||nonpolar liquid lubricants:1||pH responsive polymer:1||parallel:1||piezoelectric:1||piezoelectric nanocomposites:1||piezoelectric nanogenerators:1||piezoelectric nanowires:1||piezoelectricity:1||pluripotency:1||polyamide:1||polysaccharide:1||polytetrafluoroethylene:1||polyurethane coating:1||porous material:1||portable device:1||portable devices:1||protein secondary structure:1||pyroelectric:1||pyroelectric nanogenerator:1||recycled foil:1||resistive switching device:1||reusability:1||reversible nanogenerators:1||rhodamine B:1||rice grains:1||robot hand:1||robust nanogenerators:1||robust superhydrophobic surface:1||sEMG onset detection:1||safety light:1||screw pump:1||selfassembly method:1||selfpowerd system:1||selfpowered portable device:1||selfpowered sensors:1||selfpowered systems:1||serial integration:1||slips:1||soccer balls:1||solar cell:1||solar cells:1||solid−liquid contact electrification:1||spray method:1||stackable:1||superflexible nanogenerator:1||superhdrophobicity:1||superhydrophobic surface:1||superhydrophobic tubular system:1||superhydrophobicity:1||supramolecular assembly:1||sustainability:1||sustainable chemistry:1||switchable nanogenerators:1||tactile vibration:1||templated assembly:1||thin films:1||tissue adhesive:1||tracking system:1||triboelectric nanogenerator (TENG):1||triboelectricnanogenerators:1||tribomaterials:1||trigonal tellurium nanowire:1||ultrahigh performance:1||ultrathin nanogenerators:1||vanadium dioxide nanowire:1||versatile surface:1||vibrational energy:1||water diffusion:1||wave energy:1||wearable bioelectronics:1||wettability:1||wetting:1||wind energy harvesting:1||wireless standalone interactive displays:1||zinc oxide nanowire:1||금속금속 접촉:1||마이크로스트립 안테나:1||복합재료 안테나:1||소수성:1||액적:1||양극산화법:1||에너지 수확:1||원통형 복합재료 안테나:1||전자 사태:1||전자 직접 이동:1||정전 소자:1||충격실험:1||충돌:1||3D functional carrier:1||친수성:1||AC:1||ACtoAC power transfer:1||Activated carbon fabric:1||Acute respiratory distress syndrome:1||Adhesion:1||Adjustable dynamic range:1||Adsorption:1||Air breakdown:1||Air disinfection:1||Alopecia:1||Aluminum 7075:1||Annealing:1||Anodizing:1||Antifrosting:1||Antiinflammation:1||Antimicrobial application:1||Artificial lotus leaf:1||Artificial nano dendritic cells:1||Automobile warning sensor:1||Ball bearing:1||Bendability optimization:1||Bicycle:1||Biological assay:1||Biomarkers:1||Biomechanical energy harvesting:1||Body fluids:1||Body transfer:1||Bovine myoblast:1||Broadband vibration:1||Buffer layer:1||Bumper springs:1||Cphycocyanin:1||CO2/N2 gas separation:1||CWAs protection:1||Cam:1||Cancer immunotherapy:1||Carbonic anhydrase:1||Cassie relation:1||Catechin:1||Cell sheet:1||Charge accumulation:1||Charge boosting:1||Charge carrier:1||Charge excitation:1||Charge separation:1||Chemical enhancement:1||Coating:1||Coffeering effect:1||Composite membranes:1||Condensation:1||

STATISTICS: Total View :7,550,246; Today View :3,822

RSS_1.0 RSS_2.0 ATOM_1.0

84, Heukseok-ro, Dongjak-gu, Seoul, Republic of Korea (06974)02-820-6194

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE