CAU Scholar's Space: Lee, Changyeon

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Lee, Changyeon (이창연)

공과대학 (화학공학과)

Research Area: Liquid Crystalline Soft Matter, Conjugated Polymers

Tel 02-820-5211
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allpolymer solar cells:9||organic solar cells:5||naphthalenediimide:3||exciton dissociation:2||molecular orientation:2||molecular weight:2||ntype conjugated polymer:2||Organic solar cells:2||polymer solar cells:2||device stability:2||organic fieldeffect transistors:2||high efficiency:2||sidechain engineering:2||organic lightemitting diodes:2||Polyera Acitivink N2200:1||Polymer aggregation:1||Polymer solar cells:1||Polythiophenebased donor:1||Solution processed OLEDs:1||Thermal stabilities:1||Thermal treatment:1||air stability:1||airstability:1||all polymer solar cells:1||aqueous process:1||benzodithiophene:1||branching point:1||charge generation:1||charge generation/recombination:1||charge transport:1||complementary light absorption:1||conjugated block copolymers:1||control of absorption range:1||coresshell metal NPs:1||desalination:1||dielectric constant:1||dimerized acceptors:1||dipole moment:1||donoracceptor random copolymers:1||dual metal nanopartides:1||ecofriendly polymer solar cells:1||ecofriendly processing:1||ecofriendly solution process:1||ecofriendly solution processing:1||fluorination:1||green solvents:1||high device stability:1||high opencircuit voltage:1||indoor photovoltaics:1||internal quantum efficiency:1||largearea solar cells:1||light extraction:1||lightextraction efficiency:1||liquidcrystal membranes:1||localized surface plasmon resonance:1||longterm ambient stability:1||longterm stability:1||lyotropic mesophase:1||morphology:1||nanochannel:1||nanofiltration:1||nanomorphology:1||naphthalenediimidebased polymers:1||nonhalogenated solvents:1||nonhalogenated solvent:1||nonhalogenated solvent process:1||oligoethylene glycol (OEG) side chain:1||oligoethylene glycolbased conjugated materials:1||oligomeric acceptors:1||onestep process:1||organic light emitting diodes:1||organic photovoltaics:1||polymer acceptors:1||polymer additives:1||polymer crystallinity:1||polymer nanospheres:1||polymer packing:1||random copolymers:1||selfassembly:1||sequential fluorination:1||side chain engineering:1||sizecontrolled metal nanoparticles:1||stability:1||ternary polymer solar cells:1||thin film:1||tunable energy levels:1||ultrafast spectroscopy:1||waterethanol cosolvent:1||water/alcoholbased processing:1||wetting coefficient:1||widebandgap polymers:1||Azide groups:1||work function reduction:1||BHJ morphology:1||Blend morphology:1||Dimerized smallmolecule acceptors:1||Electrode diffusion:1||Flexible spacers:1||Hole transporting layer:1||Intrinsicallystretchable organic solar cells:1||MD simulation:1||Mechanical robustness:1||MottSchottky analysis:1||Ntype small molecule:1||P(NDI2ODT2):1||Photo crosslinkable polymers:1||

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84, Heukseok-ro, Dongjak-gu, Seoul, Republic of Korea (06974)02-820-6194

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