ScholarWorks@Kumoh: Lee, Wonho

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Lee, Wonho (이원호)

College of Engineering (School of Materials Science and Engineering)

Research Area: development of polymeric and inorganic materials for applications in organic solar cells, solid-state Li metal batteries, and QLEDs

Tel +82-54-478-7695
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low temperature:3||ionic conductivity:3||organic photovoltaics:2||SiNx:2||lithium metal batteries:2||8:1||9:1||Amine group functionalization:1||COVID19:1||CPEs:1||Charge transport:1||Chemical surface functionalization:1||Colloidal quantum dot (QD):1||Conjugated polymer:1||Conjugated polymers:1||Contact electrification:1||Control of morphologies:1||Cost effective active materials:1||Crystallinity:1||DLP:1||Elastomeric electrolytes:1||Elastomeric polymer network electrolytes:1||Electrode diffusion:1||Electron transport layer:1||Electronic device:1||H:1||Hole injection layer (HIL):1||Hole transport layer:1||Hydrogel:1||Hydrogen:1||Indoor photovoltaics:1||Interfacial materials:1||Ion conductivity:1||Ionoelastomers:1||Jaggregation:1||Liion batteries:1||Lifetime:1||Lightemitting diode (LED):1||Low driving voltage:1||Lowtemperature plasmaenhanced chemical vapor deposition (PECVD):1||MD simulation:1||Mechanical Properties:1||Mechanical properties:1||Metal oxide.:1||MoO3:1||Molecular weight:1||Multilayered hole transport layer (HTL):1||NiOx:1||Nonfullerene acceptors:1||OLED:1||Organic cathode:1||Organic lightemitting diode (OLED):1||Organic photovoltaics:1||Organic solar cells:1||Organic solar cells (OSCs):1||PECVD:1||PVDF:1||Photothermal:1||Polypropylene:1||Quantum dot light emitting diodes (QLED):1||Quantum dots:1||Response time:1||Selfassembled monolayers:1||Semiconductor:1||Shape morphing:1||Solvent:1||Solvent additives:1||Sorbent:1||Stimuliresponsive:1||Surface energy:1||Thermal stabilities:1||Thermal treatment:1||Thin film encapsulation:1||Topemission organic lightemitting diode (TEOLED):1||Transistors:1||Triboelectric nanogenerator:1||Waste face mask:1||all solid state Li metal batteries:1||allpolymer solar cells:1||artificial synapse:1||bicontinuous structures:1||boron:1||ceramic electrolytes:1||charge generation:1||composite electrolytes:1||conjugated polyelectrolytes:1||contact electrification:1||control of absorption range:1||copolymers:1||elastomeric electrolytes:1||electrochemical dopings:1||electrochemicalenergy storage:1||electroless plating:1||electrolyte:1||electrolytegated transistor:1||energy storage:1||fluorine:1||fluorine chemistry:1||highenergydensity:1||in situ GIWAXS:1||indoor photovoltaics:1||layerbylayer:1||lithium metal battery:1||lithiummetal batteries:1||longterm plasticity:1||low temperature sintering:1||mechanical robustness:1||metalization:1||mixed ionicelectronicconductors:1||morphology:1||ntype conjugated redox polymers:1||nanogenerator:1||naphthalenediimide (NDI):1||neuromorphic computing:1||neuromorphic computings:1||nitrogen:1||nitrogen atom:1||nonfullerene acceptors:1||optoelectronic devices:1||organic materials:1||oxidation stability:1||photocatalysts:1||polymer acceptor:1||polymer electrolyte:1||polymer electrolytes:1||pseudoplanar heterojunction:1||random copolymers:1||sequential deposition bilayer:1||side chain:1||sidechain engineerings:1||solid state electrolyte:1||solidelectrolyte interphases:1||solidstate electrolytes:1||starshaped molecules:1||surface potential:1||thin film encapsulation:1||thioleneacrylate:1||triboelectricity:1||1:1||widebandgap polymers:1||11hexaazatriphenylene hexacarbonitrile (HATCN):1||3D printing:1||4:1||5:1||

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350-27, Gumi-daero, Gumi-si, Gyeongsangbuk-do, Republic of Korea (39253) 054-478-7170

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