ScholarWorks@Hanyang University ERICA Campus: Lee, Jung-Ho

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Lee, Jung-Ho (이정호)

ERICA 공학대학 (DEPARTMENT OF MATERIALS SCIENCE AND CHEMICAL ENGINEERING)

Research Area: 재료공학, 전자재료공학, Materials Engineering, Electronic Materials Engineering

Tel 031-400-5278
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ARRAYS:10||SOLARCELLS:10||silicon:7||PHOTOVOLTAIC APPLICATIONS:6||FABRICATION:5||hydrogen evolution reaction:5||SILICON NANOWIRES:5||Electrochemical etching:4||photoelectrochemical cells:4||PERFORMANCE:4||FILMS:4||SILICON NANOWIRE:4||Silicon nanowire:4||CATALYSTS:4||Silicon:4||EFFICIENCY:3||ELECTROCATALYST:3||ABSORPTION:3||atomic layer deposition:3||NANOPARTICLES:3||SURFACE:3||NANOSHEETS:3||ENERGY:3||Atomic layer deposition:3||SURFACE PASSIVATION:3||Optical absorption:3||OXIDATION:3||metallurgical silicon:3||LIGHT:3||scanning tunneling microscopy:3||NANOWIRES:3||Xray photoelectron spectroscopy:3||Al2O3:3||Water splitting:3||silicon nanowire:3||GRAPHENE:3||POROUS SILICON:3||photoelectrochemical cell:3||solar cell:3||DEVICES:3||Photoelectrochemical cell:3||fieldeffect passivation:2||HYDROGEN EVOLUTION REACTION:2||ELECTRODE:2||Microstructure:2||graphene:2||FIELDEMISSION:2||hafnium:2||Thin films:2||heterojunction:2||Antireflection:2||thermodynamics and chemical kinetics:2||Hybrid solar cells:2||PHOTOCATHODES:2||NANOCRYSTALS:2||hydrogen:2||DEPOSITION:2||interface energetics:2||EMISSION:2||water splitting:2||interfaces:2||SILICON:2||SILICON NANOWIRE ARRAYS:2||SILICON SOLARCELLS:2||NANOWIRE ARRAYS:2||XPS:2||absorption:2||SURFACES:2||PSS:2||ENHANCEMENT:2||METAL PARTICLES:2||anodic aluminum oxide (AAO):2||GROWTH:2||Si:2||Si Nanowire:2||Si nanowire:2||barrier layer:2||Interfacial passivation:2||bifunctional oxygen electrocatalyst:2||black Si:2||Si photocathode:2||H2:2||Inverted pyramids:2||Nanowires:2||NiOx:2||Si/PEDOT:2||Polyaniline:2||H2 EVOLUTION:2||Kirkendalldiffusion:2||OPTICALABSORPTION:2||OPTICALABSORPTION ENHANCEMENT:2||LAYERS:2||ABSORPTION ENHANCEMENT:2||OXIDE:2||OXYGEN REDUCTION:2||Metal assisted chemical etching:2||electrocatalysis:2||electrocatalysts:2||electrochemistry:2||electrodeposition:2||THINFILMS:2||CATALYST:2||IMPLANTED SIO2FILMS:1||IMPROVEMENT:1||INDIUMTINOXIDE:1||INTERFACE:1||Inbetween:1||Indentation mark:1||Inkjet printing:1||Integrated nanostructures:1||Interlayer:1||KOH postetching:1||LAYER:1||LIAIR BATTERIES:1||LIGHTEMITTING DEVICES:1||LIGHTSCATTERING:1||LITHIUM STORAGE PROPERTIES:1||Lethal toxin:1||Li, Na, K, Mg, Zn, Al, and Ca anode interface chemistry:1||LiO2 battery:1||Light trapping:1||Localized surface plasmon:1||Longterm stability:1||MACROPORE FORMATION:1||MACROPOROUS SILICON:1||MALDITOF:1||MAP5: Improvement:1||MECHANISM:1||MECHANISMS:1||METALORGANIC FRAMEWORK:1||METALLURGICAL SILICON:1||MGH2:1||MICROCAVITY LASERS:1||MICROTIPS:1||MODULES:1||MOLECULARBEAM EPITAXY:1||MOLYBDENUM PHOSPHIDE:1||MORPHOLOGY:1||MOS2 NANOSHEETS:1||Macropore:1||Macroporous silicon:1||Marangoni effect:1||Mechanical stress:1||Mesoporous Si:1||Metalassisted electroless etching:1||Metalsemiconductormetal (MSM):1||MeyerNeldel rule:1||Micro wire:1||Micropatterning:1||Microstructure fabrication:1||Mie resonance:1||MoS2:1||Multilayer coating:1||Murine macrophages:1||NTYPE SILICON:1||NANOSTRUCTURES:1||NANOWIRE:1||NANOWIRE SOLARCELLS:1||NEARINFRARED PHOTODETECTORS:1||NH3 anneal:1||NI FOAM:1||NITROGEN:1||NMR:1||Nano device:1||Nanocomposites:1||Nanocone array:1||Nanodisk:1||Nanoimprint:1||Nanoindentation:1||Nanolaminate:1||Nanostructures:1||NiOx electrocatalyst:1||Nickel oxide:1||OPTICALABSORPTION\:1||OPTIMIZATION:1||OPTOELECTRONICS:1||OXYHYDROXIDE:1||Optical properties:1||Organic semiconductor:1||Oxygen evolution reaction:1||PTYPE SILICON:1||Pn junction:1||PARAMAGNETIC CENTERS:1||PEDOT: PSS:1||PEDOT:PSS:1||PEPC:1||PHOSPHIDE:1||PHOTOANODES:1||PHOTOCATHODE:1||PHOTODEGRADATION:1||PHOTODETECTORS:1||PHOTOELECTRODES:1||PHOTOVOLTAICS:1||PHYSICS:1||PLANAR:1||PLASMONS:1||PORES:1||POWER:1||Phase transformation:1||Photoanode:1||Photocathode:1||Photodetector:1||Photoelectric application:1||Photoelectrocatalytic:1||Photoelectrochemical:1||Photoelectrochemical cells:1||Photoelectrochemical etching:1||Photoelectrochemical water splitting:1||Piezoelectric:1||Plasma doping:1||Plasmonic nanoantennas:1||Plasmonics:1||Polymer inks:1||Pore growth direction:1||Pore separation:1||Porous Co3O4 working electrode:1||Porous GaAs:1||Porous Materisls:1||Precipitation:1||Process variables:1||Protein expression profiling:1||Pt nanoparticle:1||QUANTUM DOTS:1||Quarterwavelength theory:1||RAMAN:1||REAR CONTACTS:1||RECHARGEABLE LIO2 BATTERIES:1||RECOMBINATION:1||REDUCTION REACTION:1||RESISTANCE:1||RF sputtering method:1||RING:1||RTP sulfurization:1||Rapid thermal annealing:1||Rayleigh scattering:1||Reliability:1||Robust bifunctional oxygen catalysts:1||Ru metal atomarray:1||S passivation:1||SCATTERING:1||SCHOTTKY JUNCTION:1||SELFDRIVEN:1||SI:1||SILICA GLASS:1||SINGLE:1||SITES:1||SOLIDSOLUTION ALLOYS:1||SPHERES:1||STRESS:1||SYSTEM:1||Schottky barriers:1||Schottky diodes:1||Sea water splitting:1||Seawater splitting:1||Secondharmonic generation:1||Seebeck coefficient:1||Semiconductivity:1||Semiconductor junctions:1||Semiconductorsensitized solar cell:1||Si nanopyramid:1||Si photoanode:1||Si photocathodes:1||Si photovoltaics:1||Si solar cell:1||Si solar cells:1||SiO2 nanoparticles:1||SiOx Nanoparticle:1||Silicon pillar array:1||Silicon solar cell:1||Single atoms:1||Solar cell:1||Space charge region (SCR):1||Subwavelength structure:1||Supramolecular polymer:1||Surface plasmon polariton:1||Surface texturing:1||Surfaces:1||TEMPERATURE:1||TEMPLATING SYNTHESIS:1||TIMERESOLVED PHOTOLUMINESCENCE:1||TIO2:1||TRANSITIONMETAL DICHALCOGENIDES:1||TSCLC:1||Templatefree synthesis strategy:1||Thermoelectric films:1||Thermovoltage:1||Thin film solar cell:1||TiO2/ZnO heterojunction:1||Twodimensional polyacrylamide gel electrophoresis:1||UNIFORM:1||UV:1||UV detection:1||VISIBLE PHOTOLUMINESCENCE:1||VISIBLELIGHT IRRADIATION:1||VLS:1||Vis spectroscopy:1||W gate:1||W/WNx/polySi:1||W/polySi:1||WATER:1||WATER REDUCTION:1||WATERSPLITTING PHOTOANODES:1||WIRE ARRAYS:1||Wet etching:1||Wire:1||Wire arrays:1||Wires:1||ZNO:1||Zinc oxide:1||Znair battery:1||acidic:1||adiabatic polaron hopping:1||alkaline:1||aluminum:1||aminoguanidine:1||amorphous MoSx:1||anodization:1||antireflection coating:1||antireflective nanostructuring:1||armored electrocatalyst:1||arrays:1||asymmetric metal–air batteries:1||atomic dispersion:1||atomiclayerdeposition:1||atomically ordered structures:1||barium oxide:1||bifunctional electrocatalyst:1||black silicon:1||broadband:1||builtin potential:1||carbon nanoparticle:1||carbon nitride sponge:1||carbon nitrides:1||catalysis:1||catalysts:1||cation exchange reaction:1||celllevel energy metrics:1||contact resistivity:1||copper zinc tin sulfur (selenium):1||counter electrodes:1||defect generation:1||density functional theory:1||dielectric function:1||dopantfree silicon heterojunction solar cell:1||doping:1||dyesensitized solar cells:1||dyes:1||ectrodeposition:1||electrocatalytic activity:1||elemental semiconductors:1||etching model:1||field effect passivation:1||flexible solidstate zincair cells:1||future perspectives:1||gate dielectric:1||gate oxide:1||guide mode:1||hafnium oxide:1||hardness:1||heat treatment:1||heterogeneous catalysts:1||heterojunction solar cell:1||high performing:1||holey C2N:1||hot electron:1||hybrid solar cell:1||hydrogen evolution:1||indentation mark:1||insights for nucleation deposits:1||interface issues:1||interference:1||inversion layer:1||iontransport mechanisms:1||isokinetic temperature:1||lanthanides doping:1||leakage currents:1||light scattering:1||light trapping:1||liquid and solidstate Znair batteries:1||mass spectrometry:1||membranes:1||metal assisted chemical etching:1||metal atom arrays:1||metal carbide:1||metal impurities:1||metal impurity removal:1||metal organic framework (MOP):1||metal oxides:1||methyl formate:1||micronanostructure:1||mitochondrial proteomics:1||multijunction:1||murine macrophages:1||n(+)Type mesoporous Si:1||nanoparticles:1||nanopore array:1||nanosheets:1||nanostructured Si solar cells:1||nanotube arrays:1||nanowire:1||neutral:1||nickel:1||omnidirectional:1||optical losses:1||optical trapping:1||organic solar cells:1||oxygen reduction and evolution reactions:1||oxygen reduction reaction:1||ptype SbxTey:1||ptype silicon:1||pHuniversal oxygen bifunctional activity:1||phase transformation:1||phosphorus and sulfur:1||photoelectrochemical cells:1||photoexcited carriers:1||photovoltaics:1||plasma oxynitridation:1||plasma reoxidation:1||plate/strip for reversible anodes:1||polymers:1||porous anodic alumina:1||pouch cell configurations:1||principal testing parameters:1||pumpprobe:1||purification effect:1||quantum clusters:1||quantumdotsensitized solar cells:1||rechargeable Zn air battery:1||rectification:1||reflection:1||reversible Zn anodes:1||room temperature:1||ruthenium:1||selective methanol oxidation:1||selective oxidation:1||semiconductor growth:1||semiconductor junction:1||sheet resistance:1||silicon photovoltaic cell:1||silver:1||silver nanowires:1||singleion conducting membrane:1||single/dual atoms:1||solar cell characterization:1||solidstate electrolytes:1||stability mechanism:1||stateoftheart SEs:1||structure:1||sulfur passivation:1||surface plasmons:1||template:1||thin Si layer:1||thin cSi photoanode:1||thin film solar cells:1||titanium dioxide:1||transitional metal impurity:1||transparent:1||tungsten polymetal gate:1||ultrafast dynamical process:1||vanadium oxide:1||void:1||wafer resistivity:1||work function:1||(NH4)(2)S:1||zinc:1||2DIMENSIONAL MATERIALS:1||ACTIVATION:1||ARRAY:1||ARRAY PHOTOCATHODES:1||ATOMIC LAYER DEPOSITION:1||Ag nanoparticles:1||Al Catalyst:1||Al catalyst:1||Aldoped ZnO (AZO):1||Alkaline and flexible solidstate Znair batteries:1||Alkaline reversible znair batteries:1||Alltemperature operations:1||Aluminum oxide interlayer:1||Aluminum trioxide:1||Annealing:1||Anodic Aluminum Oxide:1||Anodic aluminum oxide:1||Anodic aluminum oxide (AAO):1||Antireflection:1||Antireflection coating:1||Atomic Layer Deposition:1||Atomic force microscope:1||AuSi Heterostructure:1||BROADBAND:1||BUILDINGBLOCKS:1||Bacillus anthracis:1||Bacillus anthracis spores:1||Bimodal dispersion:1||CARBONFIBER PAPER:1||CATALYZED MAGNESIUM:1||CAVITIES:1||CHARGETRANSFER:1||COLLECTION:1||COMPUTERGENERATED HOLOGRAMS:1||CONJUGATED POLYMER:1||Carbon nitride spheroids:1||Catalyst:1||Charge transport:1||Co single atoms:1||Co3O4:1||Co3O4 semitransparent film:1||Cointegration:1||Cones:1||Conversion efficiency:1||Crystal structure:1||Cu2ZnSnS4 absorber:1||DESIGN:1||DESORPTION:1||DESTABILIZATION:1||DFT:1||DISK:1||DISPROPORTIONATION:1||DOPED GRAPHENE:1||DOT:1||DOWNCONVERSION:1||DYNAMICS:1||Dense arrays:1||Diffusion:1||Doublelayer:1||EFFICIENT ELECTROCATALYST:1||ELECTROCATALYSTS:1||ELECTROCHEMICAL CAPACITORS:1||ELECTRODES:1||ELECTROLYSIS:1||ELECTRONICSTRUCTURE:1||ENERGYCONVERSION:1||EPITAXY:1||EXPOSED 001 FACETS:1||Elastic modulus:1||Ele:1||Electrical breakdown:1||Electrical characterization:1||Electrical properties:1||Electrochemical Anodization:1||Electroless:1||FILM:1||FUELCELLS:1||FeCo alloy nanowire:1||Flexible freestanding membrane electrocatalysts:1||GC3N4:1||GE NANOWIRES:1||GERMANIUM:1||GOLD:1||GRATINGS:1||GaAs wire:1||Gold Silicide:1||Growth rate:1||HEAT:1||HIGHDETECTIVITY:1||HIGHPERFORMANCE SUPERCAPACITOR:1||HYDROGEN EVOLUTION:1||HYDROGENPRODUCTION:1||Hardness:1||Heat treatment:1||High capacity and energy density:1||High gravity thin film:1||Hybrid device:1||Hydrogen:1||Hydrogen evolution reaction:1||Hydrogen generation:1||IIIVSEMICONDUCTORS:1||

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