ScholarWorks@Dongguk University: Han, Jeong in

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Han, Jeong in (한정인)

College of Engineering (Department of Chemical and Biochemical Engineering)

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Tel 02-2260-3364
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Supercapacitor:14||Energy density and power density:8||Energy and power densities:8||Asymmetric supercapacitor:7||Supercapacitors:5||Wearable computing device:4||Aqueous asymmetric supercapacitor:4||Hybrid supercapacitor:4||MWCNT:4||PDLC:4||Reduced graphene oxide:3||Aqueous hybrid supercapacitor:3||Pseudocapacitor:3||autofocusing:3||polymer dispersed liquid crystal:3||Power density:3||autoshading:3||Asymmetric supercapacitors:3||Nanorods:3||Electrochemical performance:2||Device fabrication:2||supercapacitor:2||Energy storage and conversion:2||3D HDTV:2||graphene:2||Hydrothermal:2||Dynamics simulation:2||Vanadyl phosphate:2||Electrical conductivity:2||InGaN/GaN:2||ZnO:2||Specific capacitance:2||Specific energy:2||Intercalation:2||Stability:2||admittance spectroscopy:2||Bulk heterojunction organic solar cell:2||Facile synthesis:2||Magnetic polaron:2||Symmetry:2||Interlayer functionalization:2||Iron vanadate:2||Temperature coefficient of resistance:2||LED:2||Thinfilm deposition:2||electronics glasses:2||Dichalcogenide:1||Downconversion spectral:1||Electrochemical active surface area:1||Electrochemical biosensor:1||Electrochemical impedance analysis:1||Electrochemical impedance examination:1||Electrochemical sensing:1||Electrode:1||Electrode material:1||Electrodeposition:1||Electron transport layer:1||Electronic glasses:1||Electronic properties:1||Electronic structure:1||Electrostatic Interaction:1||Energy:1||Energy density:1||Energy storage and devices:1||Energy storage device:1||Enhanced surface area:1||Environmental monitoring:1||Enzymefree glucose sensor:1||Eosin Y or B:1||Facial synthesis approach:1||Fedoped CeO2 HPNs:1||Fiber shaped sensors:1||Fiberbased sensors:1||Fibershaped OSCs:1||Fibershaped temperature sensor:1||Flexible PET substrate:1||Flexible liquid crystal lens:1||Full cells:1||GPEDOT PSS:1||GZnO interface chemistry:1||GO/PEDOT: PSS:1||Gold particles:1||Graded band gap:1||Graphene:1||Graphene Oxide:1||Graphitic carbon:1||GuInSe(2 ):1||Heterostructures:1||Hierarchical flowerlike nickel sulfide:1||High energy density:1||Highly conductive graphene:1||Hole transport layer:1||Hydrothermal method:1||Hydrothermal synthesis:1||IR sensor synchronizing:1||Industrial safety:1||Interface chemistry:1||Interlayer:1||LC concentration:1||Large surface area:1||LiCo2O4:1||LiFePO4 doping:1||Lithium ion diffusion:1||Lithium ion diffusion path:1||Lithiummetal oxide:1||MB dye:1||MOF:1||MWCNT/CdMn2O4:1||MWCNT/CoMn2O4:1||MWCNT/LiCo2O4:1||MWCNT/SnS2:1||MWCNT/Zn 0.76 Co 0.24 S/Co 4 S 3:1||MWCNT/ZnMoO4 nanocomposite:1||MWCNT/ZnS/NiS:1||MWCNTs:1||MWCNTs@Cd0.98MoO4:Eu0.02(3+):1||Magnetic property:1||Magnetron Cosputtered:1||Manganese sulfide:1||Manganese vanadium oxides:1||Mechanical and environmental stability:1||Memory function formalism:1||Metal sulfide:1||MgO microstructure:1||Micro/Nanorods:1||Microwave:1||Microwave combustion:1||Milk spoilage:1||Mn0.25Ni0.25Co0.25Fe0.25 MoO4:1||Mn3O4:1||MnMoO4 center dot 0.9H(2)O:1||Mo doping:1||Modified GC electrodes:1||NPC:1||Na2/3MnO2:1||Na2/3Ni1/3Mn2/3O2:1||Na2/3Ni1/5Mn4/5O2:1||Na3Ni2SbO6:1||Nanocomposites:1||Nanocrystalline materials:1||Nanogenerator:1||Negative:1||Ni thin film:1||NiCr concentration ratio:1||NiCr thin film:1||Ni/NiO bilayer:1||Ni2P:1||NiCoOH:1||NiCo2S4:1||NiMoO4:1||NiMoO4/CoMoO4:1||NiO:ZnO heterostructures:1||NiSe2:1||NiSe2/Ni(OH)(2):1||Nitrocompounds:1||Nitrobenzene:1||Nitrogen doping:1||Nonenzymatic glucose detection:1||Nonenzymatic glucose sensor:1||Oil palm leaves:1||Organic molecule:1||Organic solar cells:1||Organicinorganic hybrid solar cell:1||P3HTPCBM:1||PDMS:1||PEDOT: PSS Polymer:1||PEDOT:PSSbased ternary electrode:1||PEI:1||PET fiber:1||PET monofilament:1||PVA RH sensor:1||PVDF:1||Performance enhancement:1||Photocatalyst:1||Photocatalytic activity:1||Photoelectrochemical sensing:1||Photoinitiator:1||Polymer dispersed liquid crystal:1||Polymer dispersed liquid crystal(PDLC):1||Porous graphene:1||Positive:1||Power conversion efficiency:1||Press technology:1||Pseudocapacitive:1||Quasisolidstate asymmetric supercapacitor:1||Quaternary molybdate:1||RDFs:1||RF magnetron cosputtering:1||RF magnetron sputtering:1||RF sputtering:1||Radial distribution functions:1||Reduced Graphene Oxide:1||Reproducibility:1||Resistive behavior:1||Resistive type RH sensor:1||Roomtemperature:1||Seebeck coefficient:1||Semiconductors:1||Sensor:1||Sheet resistance:1||SiO2 nanoparticles:1||Silica:1||Single fiber:1||Smart electronic glasses:1||SnO2Pd nanoparticles(NPs):1||SnS2:1||Soft template:1||Solid state synthesis:1||Sponge red phosphorus:1||Structural:1||Sucrose:1||Symmetric 2D mesoporous:1||Symmetric supercapacitor:1||Synergistic Effects:1||Synergistic effects:1||Synthesis:1||Temperaturesensing:1||Thermoelectric figure of merit:1||Thermoelectronic transport in graphene:1||Thin film solar cells:1||Titania:1||Traffic monitoring:1||Transition metal sulfide:1||Triboelectric:1||Triethylene glycol:1||Two dimensional:1||Twodimensional dichalcogenide:1||UV detector:1||UV intensity:1||Urchinlike NiCo2O4@NF:1||Washing:1||Water treatment:1||Wearable device:1||XAS:1||ZnMn2O4:1||ZnMoO4 nanoflakes:1||ZnO nanorod:1||ZnS nanoparticles:1||ZnS/MnS nanocomposites:1||active shutter goggle:1||alphaFe2O3:1||amorphous:1||asymmetry:1||bending:1||betaNi(OH)(2) nanostructures:1||binder free:1||biogenesis:1||cell gap:1||ceria:1||component:1||composite:1||conductive electronic fiber:1||crystalline:1||cylindrical fiber:1||doped:1||electronhole recombination:1||fast response time:1||fiber nanogenerator:1||flexibility:1||flexible electrodes:1||flexible liquid crystal lens:1||flexible sensor:1||gammaFe2O3 nanohexagons:1||gas sensitive thick film:1||gas sensitivity:1||graphene oxides:1||hillock:1||hollow structure:1||hybrid structure:1||in situ synthesisloading:1||interlayer spacing:1||iron vanadate:1||light emitting diode:1||liquid crystal lens driver:1||lithiumion batteries:1||low temperature:1||microcauliflowers:1||multifunctional detectors:1||multiplequantumwell:1||nanopebbles:1||nanostructures:1||nappa cabbage:1||negative capacitance:1||nickel:1||oil palm leaves:1||optical absorption:1||pnitrophenol sensor:1||pH monitoring of milk:1||pH sensors:1||photocatalysts:1||piezoelectric:1||polypyrrole:1||quantum confinement effect:1||quantum dots:1||reduced graphene oxide:1||silica:1||silver oxide nanoparticles:1||simultaneous hydrothermal:1||smart electronics glasses:1||solid state supercapacitors:1||solvothermal synthesis:1||structural:1||supercapacitors:1||surface area:1||thermal evaporation:1||toxic compounds:1||transition metal:1||ultrafast integration:1||wearable computing device:1||wearables:1||2:1||zinc tin oxide:1||4Nitrobenzaldehyde:1||4Nitrophenol:1||AFM:1||Active shutter goggle:1||Adsorption of hazardous dye:1||Al thin film:1||Anode:1||Asymmetric solidstate supercapacitor:1||Au:1||Autofocusing:1||Autoshading:1||Bending:1||Benzophenone:1||Bismuth sulfide:1||Capacitance:1||Carbon doped/decorated ZnO nanorods:1||Cathode:1||CdMn2O4 nanoparticles:1||CdMoO4:1||CdO/CdFe 2 O 4 /MWCNT nanoflakes:1||CeO2:1||CeO2 HRFNs:1||CeO2 micropillows:1||Chemically stable electrode:1||Co3O4:V2O5 heterostructures:1||Co3O4@Fe2O32DC:1||CoFe2O4/2DC:1||CoMn2O4:1||CoMoO4:1||CoO@rGO:1||CoS composite:1||Coincell:1||Composite:1||Contents:1||Coprecipitation method:1||CuCo2S4 nanoflakes:1||CuO:ZnO heterojunctions:1||CuS/Cu2S nanomaterials:1||Cyclic stability:1||Cylindrical PET monofilament:1||Cylindrical RH sensor:1||Cylindrical temperature sensor:1||Dammargum:1||Defect free graphene:1||Defects:1||

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