CAU Scholar's Space: Kang, Dong-Won

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Kang, Dong-Won (강동원)

공과대학 (에너지시스템 공학부)

Research Area: Flexible/Wearable Thin Film Solar Cells, Perovskite Solar Cells, Flexible/Stretchable Energy Conversion/Storage

Tel 02-820-5414
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Solar cell:13||Solar cells:11||Perovskite:11||Thin film:7||Electrospinning:7||solar cell:5||perovskite:5||solar cells:4||perovskite solar cells:4||Thin film solar cell:4||Low temperature:3||Aldoped ZnO:3||Wide bandgap:3||lithiumion batteries:3||Amorphous silicon oxide:3||Amorphous silicon:3||perovskite solar cell:3||Perovskite solar cells:3||Mechanoluminescence:2||GaAs:2||electron transport layer:2||Silicon oxide:2||Anode materials:2||Ndoped carbon nanotubes:2||Glass substrate:2||Anodes:2||Carbon nanotube:2||Buildingintegrated photovoltaics:2||IGZO TFTs:2||trimethylboron:2||amorphous silicon oxide:2||anode materials:2||Microcrystalline silicon:2||perovskites:2||graphene:2||ITO:2||Thin films:2||Lithium ion batteries:2||Reactive ion etching:2||Crystal growth:2||Perovskite solar cell:2||Solar energy:2||Selfcharging:2||Spray pyrolysis:2||Stability:2||spectrum splitting:2||stability:2||InGaP:2||CsPbI2Br:2||Semitransparent:2||Contact Angle:1||Crystal structure:1||CsPbBr3:1||DFT:1||Defect:1||Defect passivation:1||Density functional theory:1||Diamond:1||Diode:1||Dipolar interaction:1||Dipole moment:1||Dithienobenzodithiophene:1||Dual facet passivation:1||Dynamic casting:1||Ecofriendly:1||Electrical properties:1||Electrocatalysis:1||Electrochemical property:1||Electron concentration:1||Electron transport layer:1||Encapsulation technique:1||Energy storage:1||Energy storage systems:1||Ethanol:1||Ethylenediamine:1||Fabrication:1||Fish gelatin:1||Flexible:1||Freestanding:1||Fully hot airassisted methodology:1||Ga and Ti coDoped In2O3:1||GaN:1||Gel polymer electrolyte:1||Graphene:1||H2reduced buffer:1||Halide double perovskites:1||Helium:1||High pressure:1||High temperature annealing:1||High voltage:1||Hole collection:1||Hole extraction:1||Holetransport:1||Hollow nanostructure:1||Hotair process:1||Hydrogen:1||Hydrogenated amorphous silicon:1||Hydrophilic Conversion:1||ITO precursor:1||ITO/Ag/ITO:1||InZnVO:1||In2O3:1||Indium tin oxide:1||Indoor:1||Inorganic:1||Inorganic perovskite:1||Inorganic perovskite solar cell:1||Inorganic perovskite solar cells:1||Inorganic perovskites:1||Integrated energy device:1||Integrated energy modules:1||Interconnecting layer:1||Interdisciplinary device applications:1||Intermediate phase control:1||Inverted structure:1||Inverted tandem:1||Ion interaction:1||Ion transport:1||Kirkendall diffusion:1||Layered double metal oxide:1||Lead:1||Lead chloride:1||Lead iodide:1||Li–S batteries:1||LiMn(0.8)Fe(0.2)PO(4):1||Linear facing target sputtering:1||Lithium–sulfur batteries:1||Lithiumselenium battery:1||Lithiumsulfur batteries:1||Long term:1||Magnesium fluoride:1||Maillard reaction:1||MeO2PACz:1||Metal patterning:1||Metal selenide:1||Metalisland common substrate:1||Metalorganic framework:1||Metalorganic frameworks:1||Metallic carbon nanotube:1||Mg doping:1||MgF2:1||Microcrystalline silicon oxide:1||Mixed halide:1||MoO3:1||MoS2:1||Mobility:1||Molybdenum diselenide:1||Morphology:1||Multichannel:1||Multicoating process:1||Multifunctional interlayers:1||Multilayer film electrodes:1||N:1||Ndimethylthiophene3carboxamide:1||Ndoped graphitic carbon:1||NIR photodetectors:1||Nanofibrous PVdFHFP matrix:1||Nanofibers:1||Nanoparticles:1||Narrow bandgap:1||Nickel oxide:1||Nickeloxide:1||Nitride:1||Nitrogendoped carbon:1||Nitrogendoped carbon matrices:1||Nonfullerene acceptor:1||ORR:1||Optoelectronics:1||Organic battery:1||Organic photovoltaics:1||Organic solar cells:1||Outdoor:1||Outdoor/Indoor photovoltaics:1||Oxygen addition:1||Oxygen reduction reaction:1||PCBM:1||PCE:1||PEDOT:PSS:1||Passivation:1||Pb reduction:1||Pbfree:1||Pentacene:1||Perovskite nanocrystals:1||Perovskites:1||Phenylethlammonium:1||Phenylethylammonium:1||Photoelectric storage efficiency:1||Photosensitivity:1||Planar Heterojunction solar cells:1||Plasma:1||Plasma damage:1||Poly(styrenesulfonate):1||Polyethylene oxide:1||Polymer solar cell:1||Polymer solar cells:1||Porous carbon host:1||Porous sulfur hosts:1||Power conversion efficiency:1||Pseudohalide:1||Quinoxaline:1||Ramped annealing:1||Rate capability:1||Rearreflection:1||Rinsing:1||Rudorffite:1||Scavenging effect:1||Schottky:1||Selfassembled monolayers:1||Selfenergy storage efficiency:1||Selfrecoverable:1||Semitransparent:1||Semitransparent perovskite solar cells:1||Sequential vapor processing:1||Silica shell:1||Silicon:1||Silicon solar cell:1||Silver bismuth iodide:1||Silver bismuth sulfide nanocrystal:1||Silver nanowires:1||Single crystal xray diffraction:1||Sn:1||Sn halide perovskite:1||Sn perovskite:1||SnPb binary:1||Snperovskite:1||Snrich:1||SnO2 nanoparticles:1||SnO2:F:1||Sodium ion batteries:1||Solar energy materials:1||Solarrechargeable battery module:1||Solutionprocessed Al2O3 gate insulator:1||Spin coating:1||Stretchable electrolytes:1||Stretchable electronic devices:1||Sublimation:1||Substrate:1||Sugar crosslinking:1||Super narrow bandgap:1||Surface Characteristics:1||Surface defects:1||Surface functionalization:1||Surface passivation strategy:1||TFT:1||Tandem organic solar cells:1||Terms—Nanocrystalline silicon:1||Textured:1||Texturization:1||Thermal stability:1||Thickness effect:1||Thin film solar cells:1||Threedimensional micro spongeball:1||TiO2:1||TiO2/ZnO:1||Tin:1||Tin perovskite:1||Titanium dioxide:1||Titanium dioxide anode:1||Translucent:1||Transparent cathode:1||Transparent conducting electrodes:1||Transparent conducting oxide:1||Transparent conductive oxide:1||Triboelectric field:1||Trigonal bipyramidal geometry:1||UV Irradiation Treatment:1||Vacuum evaporation:1||Vaporassisted growth:1||Viable lithiumsulfur batteries:1||WSe2:1||XPS analysis:1||Zn1xMgxO:1||ZnO:Al:1||aIGZO:1||additive:1||additive strategy:1||additives:1||allinorganic perovskite solar cells:1||allinorganic perovskites:1||aluminum:1||amorphous:1||antisolvent:1||asymmetric supercapacitors:1||band bending:1||band gap narrowing:1||bending cycles:1||bismuth doping:1||bromine:1||cSi:1||carbon electrode:1||carbon framework:1||carbon nanotube:1||carbon nanotubes:1||chemical coordination:1||chlorobenzene:1||cobalt selenide:1||columnar:1||composite structure:1||composition engineering:1||copper iodide:1||core@shell structure:1||defect engineering:1||defect passivation:1||device physics:1||dichlorobenzene:1||dimethylammonium incorporation:1||dyesensitized solar cells:1||ecofriendly photoabsorbers:1||efficiency:1||electrospinning:1||energy density:1||exciton dissociation:1||femtosecond laser patterning:1||field effect mobility:1||flexible PSC:1||floating catalyst:1||fluorocarbon passivation:1||fluoropolymer:1||formamidinium bromide:1||functional interlayers:1||gallium and titaniumdoped indium oxide:1||grain size:1||heterointerfaces:1||heterojunction:1||hierarchical:1||hole transport layer:1||hydrophobicity:1||inorganic perovskite solar cell:1||inorganic perovskites:1||interface:1||interface modification:1||junction:1||lead:1||lead‐free tandem solar cells:1||lead reduction:1||leakage current:1||ligands:1||light emitting diode:1||light harvesting:1||lithium sulfur:1||magnetron sputtering:1||metal oxides:1||metal selenite:1||metalfree electrode:1||metalorganic frameworks:1||microcrystalline:1||mixed solvent:1||molecular aggregation:1||molecular doping:1||monomolecular:1||multicoating process:1||multicationic chalcogenides:1||multiscale heterogeneities:1||nanocomposites:1||nickel oxide:1||organic solar cell:1||outdoor/indoor perovskite solar cells:1||outdoor/indoor photovoltaic performance:1||paSiOxCy:H:1||ptype doping:1||passivation:1||phosphonic acidbasedmolecules:1||photonic deactivation:1||phototransistors:1||polymer:fullerene bulk heterojunction:1||porous TiO2 nanofiber:1||quantum dot:1||quantum dots:1||quasi2D:1||rear reflection:1||redox kinetics:1||roughness:1||semi‐transparent:1||semitransparent:1||semitransparent solar cells:1||silicon anode:1||silicon oxycarbide:1||sodiumion batteries:1||solutionprocessed Al2O3 gate insulator:1||specific capacity:1||spray pyrolysis:1||surface chemistry:1||surface morphology:1||the stack structure:1||thickness effect:1||thin film:1||tin:1||tin‐based perovskites:1||tin oxide:1||titania:1||transition metal oxide:1||transparent conductive electrodes:1||transparent electrodes:1||transparent flexible thermoelectric:1||transparent ptype semiconductor:1||transparent solar cell:1||trap density:1||van der Waals heterojunction:1||wide bandgap:1||2Amino5nitrothiazole:1||widebandgap perovskitesolar cells:1||2D:1||2D material:1||2D/3D mixed SnBased perovskite:1||3(Trifluoromethyl) benzylamine:1||3D mixed perovskite:1||4PTSC:1||Additive engineering:1||AgBiI compounds:1||AgBiS2 solar cells:1||Aging Effect:1||Al2O3:1||Allinorganic perovskite:1||Allsolidstate battery:1||Amorphous:1||Anode:1||AntiReflection:1||Antireflection:1||Antireflection coating:1||Antireflection layer:1||Antisolvent:1||Antioxidant properties:1||Antioxidation:1||Antireflection layer:1||Antisolvent evaporation rate:1||Atomic layer deposition:1||Back reflection:1||Backreflector:1||Bandgap:1||Breakdown voltage:1||Buffer:1||CH3NH3PbI3xClx:1||CIGS:1||CNTs:1||Camphene:1||Carbon:1||Carbon nanotubes:1||Carrier transport:1||Catholytes:1||Charge transport:1||Chemical coordination:1||Chemical vapor deposition:1||Chlorination:1||Chlorine:1||Coated separators:1||Cobalt oxides:1||Color purity:1||Compact morphology:1||Conductive matrix:1||Conductivity:1||

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