ScholarWorks@Hanyang University: Paik, Ungyu

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Paik, Ungyu (백운규)

COLLEGE OF ENGINEERING (DEPARTMENT OF ENERGY ENGINEERING)

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Tel 02-2220-0502
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Thermal barrier coating:13||CMP:9||Anode:7||Microstructure:7||thermal barrier coating:6||Coating:6||Chemical mechanical planarization:6||lithium ion batteries:6||ceria:6||microstructure:5||silicon:4||graphene:4||Lithium ion batteries:4||Lithium ion battery:4||Graphene:4||Solid oxide fuel cell:4||Indentation:4||Thermal durability:4||TiO2:4||Mechanical property:4||Thermal barrier coatings:4||Dispersion:4||Silica:4||lithium ion battery:3||Mechanical properties:3||Silicon nitride:3||passivation:3||Buffer layer:3||polymers:3||Particle size:3||contact damage:3||Electrocatalyst:3||removal rate:3||Interface:3||selectivity:3||Graphite:3||Contact damage:3||STI CMP:3||STICMP:3||stretchable electronics:3||TBC:3||High energy density:3||mechanical properties:3||Thermal barrier coating (TBC):3||anode:3||thermal barrier coatings (TBCs):3||thermal fatigue:3||Electrospinning:3||nanostructured materials:3||calcination:3||water splitting:3||Li ion batteries:3||Hydrogen evolution reaction:3||Liion kinetics:2||layered double hydroxide:2||Ceria:2||Zirconium:2||bonding strength:2||selfassembly:2||nanoindentation:2||Diffusion:2||SnO2:2||carbon nanotubes:2||Adhesion strength:2||ceria slurry:2||Dipcoating:2||Coating parameter:2||slurry:2||Optimization:2||adsorption:2||nanostructures:2||agglomeration:2||Dishing:2||stability:2||lithium storage:2||BaTiO3:2||lithiumion batteries:2||Plasma spraying:2||nanotubes:2||gelcasting:2||allsolidstate batteries:2||Nitridation:2||Thermal Barrier Coating:2||manganese oxide:2||Oxygen evolution reaction:2||Silicon:2||surfactant concentration:2||Hot corrosion:2||zirconium oxide:2||LiS battery:2||Thermal barrier coatings (TBC):2||Thermal barrier coatings (TBCs):2||DFT:2||Air plasma spray:2||oxygen evolution reaction:2||thermal barrier coatings:2||oxide:2||Oxidation state:2||Fracture:2||thermal durability:2||electrocatalysts:2||oxides:2||capacitive mixing:2||Highvelocity oxyfuel:2||Thermal exposure:2||Silicon carbide:2||multilayered ceramic capacitors (MLCCs):2||Polymer:2||plasma spraying:2||Gelcasting:2||colloidal silica:2||highvelocity oxyfuel (HVOF):2||planarisation:2||Indentation stressstrain:2||titanium dioxide:2||polysilicon:2||Composite:2||Thermal properties:2||contact angle:2||Thermal property:2||chemical mechanical polishing:2||Perovskite:2||Carbon nanotube:2||Cathode:2||rate capability:2||interface:2||Reaction mechanism:2||interfaces:2||bond coat:2||residual stress:2||Solgel processes:2||nanofabrication:2||Zirconate:2||Haze:1||Hertzian/nano indentation:1||High power:1||High velocity oxyfuel (HVOF):1||Highentropy oxide:1||Holey nanosheets:1||Hollow structure:1||Holographic polymer dispersed liquid crystal (HPDLC):1||Homogeneity parameter:1||Hydrogen production:1||Hydrolysis reaction:1||Hydroxyl radical:1||IIIV semiconductors:1||Impurities:1||Insitu electrode thickness measurement:1||Indentation stressstrain behavior:1||Infiltration:1||Ink:1||Integrated construction strategy:1||Interaction:1||Interface engineering:1||Interfaces:1||Internal electrode:1||Interpolymer complexes:1||Intrinsic pseudocapacitive behavior:1||Ions:1||Iron:1||Iron molybdate:1||Isostatic pressing:1||KEYWORDS:1||Kneading process:1||LTCC:1||Lanthanum zirconate:1||Layer structure:1||Layered structure:1||Leakage gas induction channel:1||Li Ion Batteries:1||Li metal anodes:1||Li metal battery:1||Li plating:1||LiS catalyst:1||LiS mediator:1||Liion batteries:1||Li2MnSiO4:1||LiFePO4:1||LiNO3:1||Liquid metal:1||Lithium:1||Lithium Metal Anodes:1||Lithium carboxymethyl cellulose:1||Lithium chloride:1||Lithium dendrite:1||Lithium metal anode:1||Lithium metal anodes:1||Lithium metal batteries:1||Lithium selenide:1||Lithium titanate:1||Lithiumion batteries:1||Longterm cycling performance:1||Low temperature cosintering:1||Low temperature operation:1||Lower overpotential:1||Luminance efficiency:1||MCrAlY coating:1||MIEC:1||MLCCs:1||MWCNTs:1||Magnetic retrieval:1||Manganese oxide:1||Mathematical Analysis:1||Mechanical Property:1||Mechanical characteristics:1||Metal boride:1||Microfluidic systems:1||Microstructurefinal:1||Middleofline (MOL):1||Mixed abrasive slurries:1||Mixed transitionmetal oxides:1||Modeling:1||Mold:1||Molten salt:1||Molybdenum:1||Molybdenum trioxide:1||Monodentate binding:1||Monolayer Array:1||Morphology:1||Multiwalled carbon nanotube (MWCNT):1||Multilayers:1||NAlkylation:1||NADH:1||NFC:1||NaDDBS:1||NanoSized Alumina:1||Nanosized ZnO:1||Nanocomposites:1||Nanofiber:1||Nanopore:1||Nanosheet:1||Nanosheets:1||Nanosized polyhedral oligomeric silsesquioxane (POSS):1||Nanotube:1||Nanowire:1||Net power:1||Ni base superalloy:1||Ni particle:1||Nonionic surfactant:1||One dimensional:1||Organicinorganic hybrids:1||Overall water splitting:1||Oxidation:1||Oxide Film:1||Oxide ceramics:1||Oxygen crossover:1||Oxygen reduction reaction:1||Oxygen reduction reaction (ORR):1||PAA:1||PCFC:1||PE separator:1||PEG:1||PEI:1||PEM electrolysis:1||Pad hardness:1||Passivation agent:1||Phase separation:1||Photoimageable:1||Photocatalysis:1||Photocatalyst:1||Photoelectrocatalyst:1||Photothermal properties:1||Photovoltaics:1||Physicochemical behavior:1||Picolinic Acid:1||Pillar array:1||Planar type solid oxide fuel cell stack:1||Plasma Spraying:1||Point defects:1||Poly Isolation CMP:1||Poly Si:1||Poly(vinyl butyral) (PVB):1||Polyacrylamide:1||Polyaniline:1||Polyelectrolyte:1||Polymer Photovoltaic Device:1||Polymer adsorption:1||Polymer electrolyte membrane fuel cell (PEMFC):1||Polymers:1||Polymorphic nanoparticles:1||Polyurethanebased dispersant:1||Polyvinylcarbazole (PVK):1||Pore volume:1||Porosity:1||Porous nanostructure:1||Post heat treatment:1||Potential Hydrogen:1||Powder morphology:1||Precursor:1||Precursorsorganic:1||Pressure drop:1||Preston&apos:1||Probe charge effect:1||Protection layer:1||Proton conducting fuel cell:1||Protonic conducting solid oxide fuel cell:1||Prussian blue analogues:1||Purity:1||Pyrene group:1||QCMD:1||Quantum dots:1||Rare earth element:1||Rare earth elements:1||Rate capability:1||Reaction path:1||Recyclable:1||Reduced Sn:1||Reduced graphene oxide:1||Resintering:1||Response surface methodology:1||Roughness:1||SEI:1||SEI Layer:1||SWCNTs:1||Sacrificial cathode:1||Schiff base reactions:1||Selectivity:1||Semiconducting silicon:1||Semiconductor:1||Semiconductor manufacturing process:1||Shallow Trench Isolation:1||Shrinkage:1||Shrinkage behavior:1||Si nanowire:1||SiTiNi alloy:1||Si3N4 film:1||SiC:1||SiO2:1||Silicate:1||Silicate ions:1||Silicon alloy:1||Silicon anode:1||Silicon graphite composite anode:1||Silicon nanotubes:1||Silicon solar cell:1||Silicon solar cells:1||Silicone nanotube membrane:1||Single crystal growth:1||Slurries:1||Slurry:1||Slurry dispersion:1||Sodiumion batteries:1||Sodium/lithium storage:1||Solar fuel:1||Solid electrolytes:1||Solid solution:1||Spatial wavelength:1||Spincoating:1||Spray drying:1||Spray gun:1||Stack:1||Step Height Reduction:1||Step height:1||Styrenebutadiene rubber:1||Substitution:1||Subsurface:1||Sulfide solid electrolyte coating:1||Supercapacitor:1||Supercapacitors:1||Surface:1||Surface Morphology:1||Surface charge:1||Surface free energy:1||Surface modification:1||Surfactant:1||Synergistic effect:1||TGO:1||Texture:1||Thermal conductivity:1||Thermal cycling behavior:1||Thermal decomposition:1||Thermal expansion coefficients:1||Thermal fatigue:1||Thermal fatigue system:1||Thermal radiation:1||Thermal stability:1||Thermally grown oxide (TGO):1||Thermoelastic Behavior:1||Thermoelastic characteristics:1||Thermoelasticity:1||Thermomechanical property:1||Thick coating:1||Thickfilm:1||TiNb2O7:1||Tin indium oxide:1||Titanium Carbide:1||Titanium Carbide (TiC):1||Titanium dioxide:1||Titanium oxide:1||Transient electronics:1||Trapping:1||Triggered transience:1||Triple conductor:1||Tungsten oxidation:1||Twodimensional:1||Twodimensional (2D):1||Twostep sintering:1||Vanadium:1||Vertical crack:1||Vertical type crack:1||Volatilization:1||W and Sn codoping:1||WO3:1||WO3 fiber:1||Wafer polishing:1||Water glass:1||Watersplitting:1||Wavy Structure:1||Wettability:1||XDLVO:1||Yttria stabilized zirconia:1||Yttrium oxide:1||Zeroshrinkage:1||Zirconate ceramics:1||Zirconia:1||Znacetate:1||ZnO/C Yolk shell:1||ZrO2:1||Zwitterionic ligand:1||adhesion strength:1||adsorbed layers:1||adsorption isotherm:1||aging:1||airplasma spray:1||alkaline agent:1||all solidstate batteries:1||alloys:1||amorphous:1||anisotropic expansion:1||anisotropy:1||anodes:1||aqueous dispersion:1||aqueous processing:1||areal capacity:1||assembly:1||atmospheric plasma sprayed (APS):1||auricle integration:1||barium titanate:1||batteries:1||bending strength:1||bifunctional catalysts:1||bifunctional electrocatalysts:1||binder migration:1||binderfree:1||borophosphate:1||braincomputer interface:1||buckling mechanics:1||calculation:1||capacitive deionization:1||capacitor:1||capacitors:1||carbide:1||carbon black:1||carbon nanofiber:1||carbon nanofibers:1||carbon nanotube:1||carbon nanotube interlayer:1||(MLCCs):1||catalyst materials:1||cathode material:1||cathodes:1||cathodoluminescence:1||cellulosic polymers:1||ceramics:1||cerium compounds:1||charge printing:1||charge separation:1||charge transfer:1||charge transport:1||chemical mechanical planarization:1||chemical vapour deposition:1||chemisorbed layers:1||colloids:1||composite materials:1||compositional engineering:1||concentration optics:1||copper nitride nanowires:1||core:1||coreshell nanostructures:1||corrosion inhibitors:1||crack:1||crack growth:1||crack healing:1||crack suppression:1||crosslinked:1||crystal growth:1||crystalamorphous junction:1||crystalline structure:1||crystallinity:1||cyclic thermal exposure:1||cyclic thermal fatigue:1||defect:1||dendrite:1||dense vertically cracked coating:1||density:1||design:1||dielectric properties:1||diffraction efficiency:1||diffuse light capture:1||diffusion:1||directional solidification:1||dispersion:1||dispersion stability:1||dispersion system:1||dissolution:1||doping:1||dry electrodes:1||drying process:1||durability:1||electric field:1||electrooptical performance:1||electrocatalyst:1||electrochemical performance:1||electrode:1||electrode materials:1||electron microscopy:1||electrophoretic deposition:1||electrophysiology:1||electrospinning:1||electrostatic doping:1||elemental semiconductors:1||encapsulation:1||energy conversion:1||energy management:1||epidermal electronics:1||epitaxial growth:1||equivalent circuit model:1||etching:1||etchinginabox:1||expanded graphite:1||failure:1||fastcharging:1||ferromagnetism:1||finitedifference timedomain (FDTD) modeling:1||finiteelement method:1||fl owelectrode:1||flash memories:1||flexible:1||flexible electronics:1||flow electrode:1||fracture behavior:1||free organic additives:1||freestanding electrode:1||gallium compounds:1||germanium:1||glucose:1||gold:1||graphene quantum dots:1||graphite:1||graphite anode:1||hardness:1||healing agent:1||heattreatment:1||heterostructure:1||high energy density:1||high entropy alloys:1||high rate capability:1||hollow:1||hollow spheres:1||hollow structures:1||hybrid materials:1||hydrated tungsten oxide:1||hydrogen bonding:1||hydrogen evolution reaction:1||impedance characteristics:1||initial crack length:1||integration:1||interface properties:1||intergranular cracking:1||internal electrode:1||jet printing:1||large particle:1||layered hydroxides:1||light point defect:1||lightemitting diodes:1||lithiated zinc oxide nanorods:1||lithium anodes:1||lithium dendrite growth:1||lithium ion batteries (LIBs):1||lithium metal:1||lithium metal batteries:1||lithium nitride:1||lithium salt of carboxymethyl cellulose (LiCMC):1||lithium selenide:1||lithiumion battery:1||lithiumion battery cathodes:1||lithiumsulfur battery:1||logic gates:1||low overpotential:1||lowdimensional nanomaterials:1||mechanical characteristics:1||mechanofusion:1||metal current collector:1||metal organic framework:1||metalmetalloid:1||metallic thin films:1||micro scratch:1||microspheres:1||milling:1||molybdenum disulfide:1||mullite:1||multijunction solar cell:1||multijunction solar cells:1||multilayer ceramic capacitors:1||multilayers:1||multiwalled carbon nanotube (MWCNT):1||nanoboxes:1||nanocomposite:1||nanocubes:1||nanohybridization:1||nanoparticles:1||nanotopography:1||nanoweb:1||nanowires:1||natural graphite:1||negative electrode:1||nickel oxide:1||nitride film:1||nonPrestonian:1||nonaqueous:1||nonbuckling:1||opencell structure:1||optical properties:1||overall water splitting:1||oxidation:1||oxide film:1||oximetry:1||oxygen reduction:1||oxygen reduction reaction:1||oxygen vacancy:1||pH:1||parametric estimation:1||particle size distribution:1||peelingoff:1||perovskite:1||phase separation:1||photocatalysis:1||photochemistry:1||photoelectrochemical:1||photoelectrochemical sensing:1||photoelectrochemistry:1||photonics:1||photovoltaics:1||piezoelectric:1||plasma spray:1||plasmons:1||platinum layer:1||poly(acrylic acid):1||polyacrylic acid:1||polyelectrolyte layer:1||porous PZT:1||porous alumina:1||postheat treatment:1||postprocess:1||precursor:1||protective layer:1||protonic ceramic fuel cell:1||quantum dots:1||reaction parallelization:1||reduced graphene oxide:1||reinforcement effect:1||rough surfaces:1||roughness:1||s Law:1||salinity gradient power:1||salinity gradient power generation:1||scissoring:1||selective sedimentation:1||semiconductor growth:1||semiconductor nanomaterials:1||semiconductors:1||shallow trench isolation:1||shell:1||single walled carbon nanotubes:1||slurries:1||socket welded assemblies:1||soft electronics:1||solar fuel:1||solid oxide fuel cell:1||solidstate lithiumion battery:1||stressstrain curve:1||structural flexibility:1||sulfidebased electrolyte:1||sulfidebased solid electrolytes:1||supercapacitors:1||surface acidbase properties:1||surface chemistry:1||surface coverage:1||surface morphology:1||surface tension:1||surfaceexchange reaction:1||surfactant molecular weight:1||suspension:1||swelling behavior:1||synergistic effect:1||tapecasting:1||templated synthesis:1||text speller:1||thermal conductivity:1||thermal cycling:1||thermal expansion:1||thermal exposure:1||thermal shock test:1||thermalshock:1||thermally grown oxide (TGO):1||thick electrode:1||titania:1||titanium oxide (TiO2):1||topography:1||transparent electrodes:1||transparent thin film transistor:1||triethanolamine (TEA):1||tungsten:1||ultra high molecular weight polyethylene (UHMWPE):1||ultrathin coating:1||ultraviolet spectra:1||visible spectra:1||voids:1||volume expansion:1||wafer polishing process:1||water oxidation:1||water soluble binder:1||wearable electronics:1||wearable technology:1||wide band gap semiconductors:1||wireless:1||wireless communication:1||yolkshelled:1||yttrium coated BaTiO3:1||carbonate electrolytes:1||2D material:1||3D architectures:1||3D membrane:1||Acid/base interaction:1||Additive reagent:1||Adhesion Force:1||Adsorption:1||Adsorption isotherm:1||Aggregation:1||Air Plasma Spray:1||Air plasma spray (APS):1||Air plasmasprayed coating:1||Allsolidstate battery:1||Alloy:1||Alumina:1||Aluminum Oxide:1||Anatasetorutile transformation:1||Anode free batteries:1||Anodes:1||Artificial solid electrolyte interphase:1||Atomic Force Microscopy (AFM):1||Au nanoparticles:1||BCFZY:1||BSCF:1||Batteries:1||Bifunctional catalyst:1||Bilayer SOFC:1||BiVO4:1||Bilayer:1||Binder adsorption:1||Binder migration:1||Biomaterials:1||Bisolvent:1||Bistability:1||Bond coat:1||Bond coat composition:1||Bonding strength:1||Capacitive mixing:1||Carbon:1||Carbon black:1||Carbon black (CB):1||Carbon nanofiber:1||Carbon nanosheets:1||Carbon nitride nanotube:1||Catalyticoxidation:1||Cathodes:1||CdSe:1||Ceramic coatings:1||Ceria Slurry:1||Charging/discharging:1||Chip destruction:1||Co3O4:1||CoPt nanoparticle:1||Coating Thickness:1||Coating process:1||Coating thickness:1||Colloids:1||Composites:1||Composition:1||Conductor:1||Convective Array:1||Copper:1||Coreshell:1||CsPbBr<sub>3</sub> perovskite nanocrystal:1||Cyclic thermal exposure:1||Czochralski method:1||Defect:1||Defects:1||DendriteFree Lithium:1||Dendritefree:1||Diamond disk:1||Diffraction efficiency:1||Dilithium transition metal oxide:1||Dip coating:1||Dispersion properties:1||Dispersion stability:1||Dissolution kinetics:1||Doping:1||Driving voltage:1||Durability:1||EBPVD:1||EBPVD:1||Edge Condition:1||Elastic modulus:1||Elasticity:1||Electric batteries:1||Electroless etching:1||Electrochemical characterizations:1||Electrochemical impedance:1||Electrochemical oxidation:1||Electrode swelling:1||Electrodes:1||Electrohydrodynamics:1||Electroluminescent:1||Electrolytes:1||Electrostatic Force:1||Energy Conversion and Storage:1||Entropystabilization:1||Exfoliation:1||Experimental design:1||FEC:1||Fe2O3:1||Fe3O (4):1||Feedstock:1||Feedstock powder:1||Fenton reaction:1||Field Emission Scanning Electron Microscopy (FESEM):1||Finite element method:1||Firing:1||Flexible Substrate:1||Flexible papers:1||Flocculation:1||Flow channel:1||Flowelectrode:1||Fluorine compounds:1||Fracture strength:1||Freezedrying:1||Functionally graded materials (FGMs):1||GDC barrier layer:1||Gadolinium:1||Gadolinium zirconate:1||Gas permeation:1||Gasket sealant:1||Ge interlayer:1||Gettering:1||Glasslike thermal conductivity:1||Glassification:1||Gradient structure:1||Graphite electrodes:1||Green phosphor:1||H2/CO2 separation:1||Hastelloy C276:1||

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