ScholarWorks@Korea University: Im, Sang Hyeok

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Im, Sang Hyeok (임상혁)

College of Engineering (Department of Chemical and Biological Engineering)

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Tel 02-3290-3295
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perovskite solar cells:10||perovskite:9||solar cells:9||stability:8||Perovskite:5||inorganic perovskite:4||perovskites:4||Perovskite solar cells:3||Graphene quantum dots:3||lightemitting diodes:3||semitransparent:3||PbFree:2||Solar Cells:2||electron transport:2||acetylacetone:2||longterm stability:2||high efficiency:2||electron transporting materials:2||Perovskite grain size:2||light soaking:2||Photodetectors:2||minimodule:2||amphoteric ions:2||microfluidics:2||perovskite solar cell:2||TiO2:2||Bismuth:2||water resistance:2||spray coating:2||Spraycoating:2||quantum dots:2||flexible:2||Perovskite solar cell:2||Solution process:2||crystallinity:2||morphology:2||tinbased perovskite solar cells:2||metal halide perovskite:2||Inverted planar structure:2||Ammonium halide additives:2||Solar cells:2||LED:2||defect passivation:2||PEDOT:PSS:2||MXene:2||CsPbI3:2||leadfree perovskites:2||chlorine substitution:1||Nanoplates:1||Sn perovskites:1||ZnO nanorods:1||CH(3)NH(3)PbI(3)perovskite:1||silver nanocubes:1||deepblue electroluminescence:1||solution processability:1||Xray imaging:1||flexible solar cells:1||Phase separation:1||CsxRb1xPbX3:1||QD films:1||holetransport material:1||power conversion efficiency:1||solar cell stability:1||pType doping:1||Silica particles:1||Thermal treatment Crystallinity Organicinorganic perovskite Lightemitting diodes Luminous efficiency:1||RuddlesdenPopper interfacial treatment:1||peroxidase mimetic:1||Inorganic metal halide perovskite:1||Devices:1||laser pattern:1||oxidized MXene:1||chloride ions:1||quantum efficiency:1||transparent multilayered electrode:1||green crystallization:1||pure & delta:1||FAPbI(3) crystals:1||High productivity of MXene:1||Flow reactor:1||energy band alignment:1||Solvent barrier properties:1||Phosphoric acid:1||perovskite interface engineering:1||solar modules:1||Ligandassisted reprecipitation:1||chirality:1||antisolvent engineering:1||spinwashing:1||graphene:1||cyclic olefin copolymer:1||white lightemitting diodes:1||Ethylenediamine:1||Diethylenetriamine:1||perovskite nanocrystal:1||Crystallization:1||Diffusion:1||orthogonal processability:1||carbon black electrode:1||neutral color:1||electronaccepting interlayers:1||charge transfer:1||humidity:1||optoelectronic controlling layer:1||Delamination of MXene:1||Photocatalysis:1||allinorganic:1||selfassembling molecule:1||Sensitized solar cells:1||Turbulent eddy flow:1||Fluoroquinolones (FQs):1||slotdie coating:1||leadfree:1||tin perovskites:1||TiO2 shell:1||Molybdenum trioxide:1||poly(ethyleneimine):1||prospective:1||PbS:1||Low temperature:1||dispersion polymerization:1||polystyrene microspheres:1||high resolution:1||nanocrystals:1||Nanoparticles:1||Trivalent:1||semicrystalline polymer:1||ptype dopant:1||dopantfree:1||Flexible:1||Graphene:1||Sandwich type:1||Submodule:1||quantum size:1||semipermeable:1||seedmediated synthesis:1||weaklight detection:1||LiTFSIdoped graphene electrodes:1||Janus particle:1||Physics:1||Large area:1||inverted perovskites:1||perylene diimide:1||inverted device structure:1||recombination:1||Hotinjection:1||Periodic flow fields:1||Taylor vortex:1||Island growth:1||composite:1||SnO2:1||Interfacial passivation:1||Delamination:1||metal halide perovskites:1||alphaAl2O3 nanoplates:1||indoor light:1||AntiSolvent engineering:1||Heteronanostructure:1||TiO2 nanosol:1||Electron transporting layer:1||thermal stability:1||Hole transporting materials:1||energy conversion:1||continuous long tubular reactor:1||polydimethylsiloxane:1||Microfluidics:1||Tidoped MoO2:1||hole transporting material:1||Flexible substrate:1||Neutral color:1||polymer composites:1||Cu alloy nanoparticles:1||graded structure:1||pin structure:1||Inkjet:1||allinorganic CsPbI2Br:1||photoelectrochemical cell:1||aperture ratio:1||carborane:1||color implementation:1||Molybdenum oxide:1||inverted perovskite lightemitting diodes:1||0D perovskite:1||CsBr supersaturated antisolvent solution:1||antisolventassistedcrystallization process:1||Inverse opals:1||Inorganic perovskite:1||Adsorption:1||graphene quantum dots:1||alkali metals:1||silicon:1||bulk heterojunction:1||van der Waals crystals:1||stamping transfer:1||scaleup:1||bottomup synthesis:1||Cationic exchange:1||improved stability:1||Hole transporting material:1||Moisture stability:1||Solvothermal cracking process:1||TCOfree:1||Semitransparent:1||Fast response:1||CsPbI2Br:1||super flexible solar cells:1||fully scalable:1||BIPV:1||Flexible LED:1||vertical orientation:1||Electron transport layer:1||low temperature:1||Energywell:1||antisolvent crystallization:1||Taylor vortex flow, Turbulent eddy flow:1||Light emitting diodes:1||large area:1||Cu extraction:1||Galvanic replacement:1||Electron transporting scaffold:1||Antimony sulfide:1||Liquid phase deposition:1||Roughness control:1||Facet passivation:1||stereoisomers:1||reproducibility:1||silver chloride:1||singlecrystalline:1||hexagonal structure:1||cesium lead halide:1||high opencircuit voltage:1||Polymer blend:1||Cul:1||electron transfer:1||anodization:1||Interface:1||naphthalene diimide:1||lead sulfide:1||sensitized solar cells:1||AuCl3:1||Anionic surfactant:1||agglomerates:1||localized surface plasmon resonance:1||Bulk defect passivation:1||Perovskites:1||Antisolvent dripping:1||TCOfree solar cells:1||Kinetically stable:1||allspraycoating process:1||tantalum oxide:1||CuInS2:1||atomic gradation:1||metal:1||pure deltaFAPbI(3) crystals:1||reduction of trapstate:1||porous silica:1||electron injection layers:1||Amphiphilicity:1||Panchromatic:1||tandem solar cells:1||Pigment:1||organic photovoltaic:1||benzodithiophene:1||PbI2(DMSO) powder:1||solvent extraction:1||electrospray:1||Quantum dots:1||Dopantfree:1||Enhanced stability:1||aging:1||passivation:1||Transparent conducting electrode:1||Organic amine:1||hole injection layer:1||surfaceenhanced Raman scattering:1||fluorescence enhancement:1||Au&#8211:1||H2O2 colorimetric detection:1||Light emitting diode:1||module:1||Low density:1||passivation layer:1||organicinorganic halide perovskite:1||deprotonation:1||oxide:1||bromide incorporation:1||crystallization:1||CouetteTaylor:1||Perovskite nanocrystals:1||high power conversion efficiency:1||Water purification:1||tin oxide:1||P3HT nanoparticle:1||Environmentfriendly etching:1||interlayer:1||lightemitting diode:1||Titanium oxide:1||Photodetector:1||Taylor vortex flow:1||Metal halide perovskite:1||Nanocrystals:1||density functional theory:1||organic photovoltaics:1||Adhesiveness:1||Lustering effect pigments:1||defect physics:1||TiO2 nanorods:1||hysteresis:1||CH3NH3PbI3 perovskite:1||submodules:1||density functional theory calculation:1||heterogeneous nucleation:1||CuS:1||damp heat:1||antiglare:1||cesium lead tribromide:1||scintillators:1||Ti metal substrate:1||Anisotropy:1||perovskite quantum dots:1||grafting:1||surfaces and interfaces:1||nonhygroscopic doping:1||Hybrid perovskite:1||electroluminescence:1||hydrogels:1||Ag nanowires:1||microfluidic droplets:1||Sensitivity:1||perovskite photodetector:1||low hysteresis:1||work function shift:1||efficient charge transfer:1||Thermodynamically stable:1||Shape transformation:1||Engineering:1||MoO2 hole transport layer:1||Homovalent:1||Exciton confinement:1||Catalysis:1||tetraethylorthosilicate:1||Pickering emulsion:1||Copper fluoride:1||inverted perovskite solar cell:1||

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