ScholarWorks@Hanyang University: Jung, In Hwan

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Jung, In Hwan (정인환)

COLLEGE OF ENGINEERING (DEPARTMENT OF ORGANIC AND NANO ENGINEERING)

Research Area: 고분자화학

Tel 02-2220-0494
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perovskite solar cells:6||organic photodetector:4||organic solar cells:4||conjugated polymers:4||organic photovoltaic device:2||organic photovoltaics:2||TPDbased polymer:2||side chain engineering:2||ntype porphyrins:2||nonfullerene acceptors:2||low dark current:2||Detectivity:2||porphyrins:2||low energy loss:2||lowtemperature process:2||Organic Photovoltaic Cells:2||organic fieldeffect transistors:2||dynamic properties:2||organic photovoltaic cells:2||CsPbBr3 perovskite nanocrystals:1||CsPbI2Br:1||Dark current density:1||Donor Polymer:1||Donor Polymers:1||Dopantfree:1||Dual facet passivation:1||Ecofriendly:1||Electron accepting layer:1||Energy loss:1||Fluorination:1||Fullerene free:1||Fullerenefree organic solar cells:1||Green phosphorescence:1||Hole accumulation:1||Holetransport material:1||Interfacial Modifier:1||Internal electric field:1||Inverted:1||Iridium(111) complex:1||Julolidine:1||Leadfree quantumdot photodetector:1||Liion batteries:1||Low Bandgap:1||NIR photodetectors:1||Nearinfrared photodetectors:1||Nonfullerene acceptor:1||Organic Solar Cells:1||Organic lightemitting diodes:1||Organic photodetector:1||Organic photodetectors:1||Organic photodiodes:1||Organic solar cell:1||Organic solar cells:1||Panchromatic absoprtion:1||Panchromatic absorption:1||Perovskite solar cell:1||Perylene diimide:1||Photoconductive polymer:1||Photodetectors:1||Photodiodes:1||Porphyrin donor:1||Porphyrins:1||Power efficiency:1||Quantum dot solar cell:1||Quinoxaline:1||RedNIR photodetectors:1||Selfassembled monolayer:1||Silver bismuth sulfide nanocrystal:1||Small molecule:1||Surface Tension:1||Wavelength selectivity:1||Wide bandgap polymer:1||Xray:1||Xray sensors:1||Zinc Oxide:1||acceptors:1||aggregations:1||alkylsurrounded πstructure:1||allpolymer photodetector:1||amorphous polymers:1||anchoring group:1||benzo[1:1||benzodithiophene:1||block copolymers:1||bulky branched alkyl side chains:1||carrier filtering effect:1||charge transport:1||colloidal nanocrystal:1||colloidal quantum dot:1||complementary absorption:1||conjugated polyelectrolytes:1||conjugated polymer:1||conjugation:1||continuous phase:1||copper(II) phthalocyanine:1||dark current density:1||dark current suppression:1||di(1benzothieno)[3,2b:2 &apos:1||diketopyrrolopyrrole:1||diphenyl2pyridylamine:1||direct photopatterning:1||donoracceptor conjugated polymers:1||donoracceptor polymers:1||dopantfree holetransporting materials:1||dopantinduced ordering:1||electric dipole layer:1||environmentallyfriendly:1||facile synthesis of conjugated polymer:1||floating gate layer:1||fluorescence resonance energy transfer:1||fluorination:1||fullerenefree photodetectorhigh responsivityhigh detectivitygreen selectivityfast response:1||fullerenefree solar cells:1||functionalization of polymers:1||green selectivity:1||heteroatomcontaining polymers:1||hierarchical arrangement:1||high detectivity:1||high responsivity:1||high specific detectivity:1||hole mobility:1||hole transporting layer:1||hole transporting materials:1||holetransporting materials:1||holetransporting polymers:1||immiscible blends:1||interfacial layer:1||interfacial modifier:1||interfacial morphology:1||inverted tandem solar cells:1||invertedtype polymer solar cells:1||ionic density:1||ligand shells:1||longterm air stability:1||longterm stability:1||low cost:1||low detection limit:1||lowtemperature processing:1||molecular orientation:1||molecular weight:1||molecular weight effect:1||nType core effect:1||ndoping:1||ntype conjugated polymers:1||ntype organic thermoelectric devices:1||ntype organic transistors:1||nanocomposite:1||nanointerlayer:1||nanomorphology:1||naphthalene diimide:1||nearinfrared absorption:1||nearinfrared detection:1||new donors:1||nonfullerene acceptors:1||nonaromaticity:1||nonconjugated block polyelectrolytes:1||nonfullerene:1||nonfullerene acceptor:1||off ratio:1||on:1||organic cathode:1||organic cathode buffer layer:1||organic dopant:1||organic image sensor:1||organic photodetectors:1||organic photodiode:1||organic solar cell:1||organic thermoelectric devices:1||organic thermoelectric materials:1||organic thermoelectrics:1||organic thin film transistors:1||organic thinfilm transistors:1||pn junction:1||panchromatic absorption:1||parallellinked ternary:1||photodetectors:1||photonic synapse:1||photovoltaic device:1||planar alkylthiazole building blocks:1||planarmixed heterojunction:1||poly(ionic liquids):1||polyelectrolyte:1||polyethylene glycol:1||polymer binders:1||porphyrin:1||porphyrin acceptors:1||printable:1||pushpull:1||quantumdot photodetector:1||redox chemistry:1||responsivity:1||rhodanine:1||secondary battery:1||selfassembled layer:1||selfassembled monolayers:1||selfassembly:1||semicrystalline polymer:1||sequential deposition:1||sequential doping:1||silicon anodes:1||silver bismuth sulfide:1||size distribution:1||small molecule donor:1||small molecules:1||smallbundled singlewalled carbon nanotube:1||smallmolecule acceptors:1||softhard copolymers:1||solution process:1||solutionstate dopants:1||specific detectivity:1||surface defects:1||surface modification:1||surface wetting:1||switched design strategy:1||tensile stressstrain relationship:1||ternary blends:1||thermoelectric generator:1||thermoelectric property:1||thiophene spacers:1||ultrafast response time:1||vacuumdeposited organic solar cells:1||visuallight communication:1||watersolubility:1||wide band gap donnor polymer:1||wide band gap polymer:1||wireless communication:1||work function modifiers:1||zinc oxide:1||,3 &apos:1||zwitterionic ligands:1||Bithiophene3,3 &apos:1||Dicarboximide:1||d]pyrrole:1||2,2 &apos:1||2d:1||3D charge transport pathway:1||4:1||5d ']bis(oxazole):1||Acceptoracceptor type polymer:1||AgBiS2 nanocrystal:1||Alkoxy benzothiadiazole:1||Alkylthiophene πspacer:1||Allsmallmolecule solar cell:1||Benzodithiophene:1||Cathode Buffer:1||Cathode buffer layer:1||Chargetransfer state:1||Conjugated polyelectrolyte:1||

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