ScholarWorks@Korea University: Jun, Yong seok

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Jun, Yong seok (전용석)

Department of Energy and Environment

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Tel 02-3290-5912
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FAPbBr(3):2||Graphene:2||perovskites:2||gammaCsPbI3:2||reduced graphene oxide:2||hybrid photovoltaic tandems:1||Broadband photodetector:1||solar fuel:1||cathode interface:1||Pure organic solvent:1||power conversion efficiency:1||Hydrovoltaic device:1||Bacteria cellulose nanofiber:1||Hydrovoltaic electric power generation:1||Perovskite solar cell:1||Interface engineering:1||electron transport bilayer:1||amorphous BaTiO3:1||MXene:1||Coating:1||Vanadium pentoxide nanobelts:1||3:1||Bilayer membrane:1||Metalorganic framework (MOF):1||perovskite solar cells:1||Ru dye(Z907):1||mesoporoussilica:1||MXene composites:1||photovoltaics:1||CsBr:1||lowtemperature process:1||coreshell:1||electrocatalytic activity:1||Flexible composites:1||Counter Electrode:1||bioelectrodes:1||photochemistry:1||flexible ultraviolet sensor:1||PDMS encapsulation:1||5hydroxymethylfurfural:1||NiOOH:1||Halide solid electrolyte:1||Pseudocapacitor:1||Transparent supercapacitor:1||Nickel cobalt layered double hydroxide:1||Direct ammonia solid oxide fuel cell:1||Solid oxide fuel cell:1||ceria:1||intermediate layers:1||surface chemistry:1||Flexible substrate:1||Transparent substrate:1||Fibres:1||Metal Chalcogenide:1||artificial intelligence:1||wearable ultraviolet patch:1||Cu(OH)(2):1||Cobalt phosphide (CoP):1||Batterytype electrode:1||Hole transport layer:1||Inorganic:1||Electrolyte:1||Ionic conductivity:1||heterojunction bilayers:1||Bulk heterojunction solar cells:1||perovskite solar cell:1||antioxidants:1||Asymmetric supercapacitor device:1||silicon:1||tin:1||Reduced graphene oxide:1||Electrical properties:1||electronic skins:1||5furandicarboxylic acid:1||Octahedral shape:1||Polymer electrolyte membrane water electrolysis:1||9Hindeno[1:1||2b]pyrazine2:1||Commercialization:1||interfacial defect:1||oxygen vacancy engineering:1||Cycle stability:1||Ammonia decomposition:1||grain defect passivation:1||Supercapacitors:1||Electrochemical performance:1||Nickel cobalt sulfide:1||solar cells:1||chemical bath deposition:1||dyesensitized solar cells (DSSCs):1||counter electrodes (CEs):1||Alternative Catalyst:1||DSSCs:1||Counter electrode:1||catalysis:1||machine learning:1||electrochemical conversion:1||Solid electrolyte:1||2butanol:1||8tricarbonitrile:1||largearea devices:1||organic solar cells:1||Salinity power generation:1||phase stability:1||doping viaantisolvent:1||Dopant:1||GDC/YSZ/GDC:1||additive engineering:1||wide bandgap:1||high photovoltage:1||Textured film:1||Wrinkle:1||silicon nanowires (SiNWs):1||CO2 hydrogenation:1||graphene paper:1||Exposed crystal facet:1||Planetoplane contact:1||inorganic perovskite solar cell:1||Nickel phosphide (NiP):1||Thinfilm SOFC:1||Ammonia:1||PCBM:1||reactive oxygen species:1||Energy storage:1||Binderfree:1||defective carbon:1||Durability:1||CoSe2:1||solutionbased approach:1||strain sensors:1||Dyesensitized solar cells:1||perovskite:1||porous graphene:1||2:1||Spray coating:1||Ink:1||asymmetric nonfullerene acceptors:1||Badoping:1||Asymmetric supercapacitor:1||Lowtemperature deposition:1||electron transport layer:1||moisture:1||Catalysis:1||wide band gap:1||organic photovoltaics:1||Ti3C2Tx MXene sheet:1||

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