ScholarWorks@Gyeongsang National University: Cho, Dae Hyun

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Cho, Dae Hyun (조대현)

IT공과대학 (메카트로닉스공학부)

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Tel 0557723387
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Wear:4||Friction:3||Triboelectric nanogenerator:3||hexagonal boron nitride:2||MoS2:2||마찰전기 나노발전기:2||superlubricity:2||육방정 질화붕소:2||Nano material:2||friction:2||Electrohydrodynamic jet printing:2||wear:2||Work function:2||electrohydrodynamic printing:2||graphene:2||Electrohydrodynamic printing:1||Energy harvesting:1||Ferromagnetic material:1||Fretting:1||Functionalized MXene:1||Hexagonal boron Nitride:1||Hexagonal boron nitride:1||Hexagonal boron nitride nanosheets:1||High aspect ratio:1||Joule heating:1||Kelvin probe force microscopy:1||Langmuirblodgett method:1||Lubricant:1||Lubrication:1||MAPbX3:1||MXetronics:1||Magnetic field:1||Mending effect:1||Microsupercapacitor:1||Molybdenum disulfide:1||Nanolubricant:1||Oxidation:1||Oxidation stability:1||Oxidation transfer layer:1||PVDFHFP:1||Raindrop energy:1||Reciprocating sliding:1||Reliability:1||SEBS:1||Savonius triboelectric nanogenerators:1||Silvergrid electrode:1||Slidemode nanogenerator:1||Sliding nanogenerator:1||Through glass via:1||Transistor:1||Triboelectric Nanogenerator:1||Triboelectric nanogenerator:1||Triboelectric nanogenerators solar energies:1||Tribometer:1||UVcurable photopolymer ink:1||Underfill flow:1||Viscous fluids:1||Water exfoliation:1||Waterbased lubricants:1||Wear coefficient:1||Wind energy:1||coaxial electrospinning:1||colorconversion film:1||component test:1||contact angle:1||copolymer:1||coreshell electrospinning:1||dip coating:1||dispersion:1||drop on demand:1||dropondemand (DoD):1||elastic modulus:1||electric potential:1||electrohydrodynamic (EHD) inkjet printer:1||electrohydrodynamic (EHD) jet printing:1||film parameter:1||flexible display:1||flexible electrode:1||flipchip packaging:1||fracture strength:1||friction anisotropy:1||functionalized graphene:1||gel polymer electrolyte:1||grease:1||layerbylayer nanostructures:1||life:1||lithium grease:1||lithiumionbatteries:1||longrange ordering:1||lubricant additives:1||lubrication:1||mechanics:1||microlens:1||microlens arrays (MLAs):1||nanosheet:1||nanoindentation:1||nonplanar substrates:1||peptides:1||perovskite:1||perovskite nanocrystals:1||polyimide:1||polymer:1||predictive models:1||printed electronics:1||selfassembly:1||sensor:1||silver nanoparticles (AgNPs):1||silver nanosheet:1||single crystal:1||sleeve bearing:1||solder bumps:1||solid lubricants:1||specimen test:1||strain sensor:1||stretchable:1||stretchable batteries:1||submicrometerscale:1||superhydrophobicity:1||surface characteristics:1||template:1||triboelectric nanogenerator:1||triboelectric nanogeneroator(:1||tribology:1||viscoelastic ink:1||wettability:1||그래핀:1||나노시트:1||딥 코팅:1||마찰:1||분산:1||접촉각:1||젖음성:1||초소수성:1||초윤활성:1||폴리이미드:1||1T MoS2:1||표면 특성:1||2D materials:1||2D nanostructure:1||2H MoS2:1||3D printed electronics:1||3D printing:1||AISI 304 steel:1||Additive manufacturing:1||Aqueous additive:1||Chemical Vapor Deposition:1||EHD jet printing:1||Ecofriendly:1||Electric potential:1||Electrical characteristics:1||Electrical outputs:1||

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