ScholarWorks@Gyeongsang National University: Ahn, Jou Hyeon

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Ahn, Jou Hyeon (안주현)

대학원 (나노신소재융합공학과)

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Tel 0557721784
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Electrospinning:21||Electrochemical properties:20||Energy storage:17||Chemical synthesis:9||Electrochemical measurements:8||Composites:8||Lithium batteries:8||Polyacrylonitrile:8||LiFePO4:8||electrospinning:7||Lithiumion batteries:7||Electrochemical performance:7||lithium batteries:7||cathode material:7||Sodiumion batteries:6||Electron microscopy:6||ionic conductivity:6||Carbon coating:6||Electrolyte:5||LithiumIon Batteries:5||polymer electrolyte:5||Lithium ion batteries:5||Lithiumion battery:5||TEGDME:5||Lithium sulfur battery:4||Lithium Ion Batteries:4||lithium iron phosphate:4||lithiumion batteries:4||Li/S battery:4||sulfur electrode:4||energy storage:4||Anode:4||Polymers:4||sodium battery:4||Electrochemistry:4||Battery:4||electrochemistry:4||Sodium ion battery:4||Gel polymer electrolyte:4||Fibrous membrane:4||FeS2:4||Reusability:4||Ionic conductivity:4||cathode materials:4||Polymer electrolyte:4||Composite:3||electrochemical properties:3||Full cell:3||LiFePO4/C:3||LiMn0.4Fe0.6PO4:3||Hydrothermal method:3||Electrochemical Performance:3||ionic liquids:3||Sulfur cathode:3||lithium secondary batteries:3||Sulfurized polyacrylonitrile:3||Lithium Sulfur Battery:3||Nanostructures:3||Cathode:3||Lithium secondary batteries:3||Tin anode:3||organic radical battery:3||Nickel sulfide cathode:3||Ionic liquid electrolyte:3||polymer electrolytes:3||Lithiumsulfur batteries:3||Electrochemical property:3||rechargeable lithium battery:3||room temperature ionic liquid:3||batteries:3||sodiumion batteries:3||PTMA:3||Cathode material:3||Silicon:3||sulfur:3||High rate:3||discharge capacity:3||Sodium battery:3||Mechanical activation:2||Thin film:2||chargedischarge cycling:2||liquid electrolytes:2||Ionic Conductivity:2||iron sulfide:2||nickel sulfide:2||Lithium Battery:2||Mechanical properties:2||Titanium dioxide nanotube:2||chemical synthesis:2||Reduced graphene oxide:2||inorganic compounds:2||Electrochemical Property:2||Sulfur:2||Rietveld refinement:2||Carbon Coating:2||LithiumIon Battery:2||Room temperature ionic liquid:2||Ionic liquid:2||poly(vinylidene fluoridecohexafluoropropylene):2||Cathode materials:2||highrate anode:2||Ceramic filler:2||LiS battery:2||Structureactivity relationships:2||LiMnyFe1yPO4:2||Waste coffee grounds:2||Hydrothermal Synthesis:2||composite:2||Highrate capability:2||Yolkshell structure:2||SBA15:2||Cathode Materials:2||Liion battery:2||Specific capacity:2||retroreflection:2||Carbon felt:2||Polymer:2||Oxides:2||Flexible electrode:2||SnO2:2||Long cycle life:2||Iron sulfide:2||secondary lithium battery:2||Solgel method:2||Hybrid solid electrolyte:2||Cathodes:2||Adsorption:2||Separator:2||electrochemical property:2||Sodium/sulfur battery:2||solgel method:2||solidstate battery:2||Sodiumsulfur batteries:2||High Rate:2||carbon:2||electrochemical performance:2||Polyaniline:2||MoS2:2||lithium rechargeable battery:2||Electrolytes:2||Polymer electrolytes:2||Infrared spectroscopy:2||Lithium Ion Battery:2||Conducting agent:2||electron microscopy:2||Sulfur electrode:2||Nanofiber:2||Lithium battery:2||lithium battery:2||mechanical activation:2||Nanofibrous Membrane:2||lithium:2||Cycle performance:2||Nanofibrous membrane:2||Graphene Oxide:2||microporous polymer electrolyte:2||CMK5:2||Graphitic carbon:2||modified MA method:2||Thermal Stability:2||Nanostructure:2||Sodium polysulfides:2||Graphene aerogel:1||GraphitizedCarbonNanofiber Electrode:1||Guar gum:1||HeatTreated PAN Separator:1||HeatTreatment:1||Heating:1||HebbWagner polarization method:1||Heteroatom codoping:1||Heteroatom doping:1||Hierarchical:1||Hierarchical Porous Carbon:1||Hierarchical pores:1||Hierarchical porous carbon:1||Hierarchical structure:1||Hierarchical structures:1||High Rate Capability:1||High capacity:1||High energy density:1||High flashpoint electrolytes:1||High resistance layer:1||Highperformance lithium–sulfur battery:1||Highpurity CoSO4:1||Highly Ordered Mesoporous Carbon:1||Hybrid anode material:1||Hybrid interlayer:1||Hybrid materials:1||Hybrid separator:1||Hydrogels:1||Hydrothermal:1||Icetemplating:1||Impedance spectroscopy:1||In situ SiO2:1||In situ optical microscopy:1||Inorganicorganic hybrid:1||Interfacial Polymerization:1||Interlayer:1||Internal Short Circuit:1||Invertase:1||Ion coordination:1||Ionion interaction:1||Ionic conductivity.1. . .:1||Ionic liquidbased gel polymer electrolyte:1||Ionic liquidbased polymer electrolyte:1||Iron Disulfide:1||Iron additive:1||Iron monosulfide:1||Iron oxide (Fe2O3 and Fe3o4) based anodes:1||Iron phosphides:1||Iron sulfide/Carbon heterostructure:1||Jute fibre:1||Kion battery:1||LDOPA:1||Ltyrosine:1||LAGP:1||Langmuir isotherm:1||Li:1||Li ion battery:1||Liion batteries:1||Liion coordination:1||Lirich cathodes:1||Li/FeS battery:1||Li/FeS2:1||Li/MoS₂ battery:1||Li/MoS₂ 전지:1||Li/S Battery:1||Li2FeSiO4/C:1||LiCoO2:1||LiCoO2 recycling:1||LiDCTA:1||LiMn0.4Fe0.6PO4 cathode:1||LiMn0.6Fe0.4PO4:1||LiMnPO4:1||LiNCA:1||LiTDI:1||LiTFSI doping:1||Lithium Batteries:1||Lithium Polysulfide Catholyte:1||Lithium Sulfur Batteries:1||Lithium iron phosphate:1||Lithium polysulfide batteries:1||Lithium polysulfides:1||Lithium precursor:1||Lithium salt:1||Lithium secondary battery:1||Lithium sulfur batteries:1||Lithium sulfur secondary batteries:1||Lithium transference:1||LithiumSulfur Batteries:1||LithiumSulfur Battery:1||Lithiumion phosphate:1||Lithiumsulfur Battery:1||Lithiumsulfur cell:1||Lithiumsulfur polymer battery:1||Lithium/pyrite cell:1||Lithium/sulfur battery:1||Lithium/sulfur cell:1||MWNT:1||Macromicroporous carbon with threedimensional channel skeleton:1||Maghemite:1||Magnesium Doping:1||Magnesium ion batteries:1||Maleic anhydride:1||Manganese dissolution:1||Maximum adsorption capacity:1||Mechanism:1||Mesoporous:1||Mesoporous SnO2:1||Mesoporous TiO 2:1||Mesoporous carbon:1||MesoporousCNT:1||Metal Sulfide:1||Metal oxide:1||Metal sulfide:1||Methylene Blue:1||Methylene blue:1||Micro/mesoporous carbon:1||Microporous materials:1||Microstructure:1||MoS₂ electrode:1||MoS₂ 전극:1||Modified Cu surface:1||Molybdenum disulfide:1||Molybdenum disulfide (MoS2):1||Multiwall carbon nanotube (MWNT):1||Multilayer graphene:1||Mxene:1||N, S codoping:1||NbutylNmethylpyrrolidinium bis(trifluoromethanesulfonyl)imide:1||NCA:1||NCM:1||NOx oxidant:1||NVP:1||Naion battery:1||Na/Cu2S:1||Na/Ni3S2 cell:1||Na/Ni3S2 cell discharge property:1||Na/ZnCl2 batteries:1||Nano SnO (2) particles:1||Nanosized cobalt powder:1||Nanofiber web:1||Nanofibers:1||Nanofibrous mat:1||Nanogel:1||Nanogels:1||Nanomaterials:1||Nanowhiskers:1||National energy strategy:1||Ni3S2:1||NiS:1||NiS/Graphene Nanocomposite:1||Nickel Disulfide:1||Nickel Sulfide:1||Nickel sulfide:1||Nitrogen Doping:1||Nitrogen doping:1||NitrogenDoped Graphene Oxide:1||NonCovalent Modification:1||Nonwoven membrane:1||Nonwoven Separator:1||Olivine:1||Optimum adsorption conditions:1||Orange peel:1||Organic cathode materials:1||Organic radical battery:1||Overpotential:1||Oxygencontaining functional groups:1||P2layered transition metal oxide:1||PAN/PMMA blend:1||PMIMTFSI:1||PVDF:1||PVdF gel polymer electrolyte:1||PVdF polymer electrolyte:1||Partial electronic conductivity:1||Partial oxidation:1||Pb anode:1||Pectin:1||Phase inversion:1||Phosphoolivine:1||Photolithography:1||Plasma treatment:1||Poly(2Hydroxypropyl methacrylate):1||Poly(methacrylates):1||Poly(vinyl alcohol):1||Poly(vinylidene difluoridecohexafluoropropylene):1||Poly(vinylidene fluoridecohexafluoropropylene):1||Polycarboxylate:1||Polyimides:1||Polymer blends:1||Polymer membrane:1||Polymer plasticizers:1||Polymer separator:1||Polymerinorganic hybrid materials:1||Polymerization:1||Polypropylene:1||Polypyrrole:1||Polysulfide:1||Polysulfide immobilization:1||Polysulfides:1||Polysulfobetaines:1||Polyurethane foam:1||Polyvinylidene fluoride:1||Pore structure regulation:1||Porosity:1||Porous Graphitic Carbon:1||Porous carbon nanofiber:1||Porous structure:1||Porous sulfurized polyacrylonitrile:1||Powder insertion protocol:1||Practical Parameters:1||Precipitation:1||Prussian blue:1||Pseudosecond order kinetics:1||Pulsed Wire Evaporation:1||Pulsed Wire Explosion:1||Pulsed wire evaporation:1||Pulsed wire explosion:1||Pulverisation:1||Pyrite cathode:1||Quaternization:1||Raman spectroscopy:1||Rate capability:1||RattleType:1||Reaction kinetics:1||Reaction mechanism:1||Reaction mechanisms:1||Rechargeable Battery:1||Rechargeable LiFeS2 batteries:1||Redox properties:1||Redox treatment:1||Reduced Graphene Oxide:1||Reinforcement:1||Reusability and storage stability:1||Room temperature:1||Room temperature NaS battery:1||Room temperature sodiumsulfur batteries:1||Room temperature sodiumsulfur cell:1||Roomtemperature Na/S battery:1||Roomtemperature sodium sulfur battery:1||Roomtemperature sodiumsulfur batteries:1||Roomtemperature sodiumsulfur battery:1||Rubber:1||Sdoping:1||SEM:1||Sandpaper:1||Sawdust:1||Scanning electron microscopy:1||Secondary Particle:1||Selective ion transport:1||Selfdischarge:1||Selfhealing:1||Selfsupporting electrode:1||Shape control:1||Si Doping:1||Si anode:1||Sinano powder:1||Silicon nanopowder anode:1||Silicon powder:1||Silicone Rubber:1||Slow release:1||Sn/C nanoparticle:1||Sn/Cu6Sn5/C Composite:1||Sn/SnO Nanoparticles CoreShell:1||Sn/SnO2 nanocomposite:1||Sn/carbon nanoparticle:1||SnO (2) anode:1||SnO2/rGO:1||Sodium Battery:1||Sodium Ion Batteries:1||Sodium Ion Battery:1||Sodium anode:1||Sodium ion batteries:1||Sodium metal anode:1||Sodium metal chloride cells:1||Sodium rechargeable battery:1||Sodium salt:1||Sodium sulfur (NAS) battery:1||SodiumIon Batteries:1||SodiumIon Battery:1||Sodiumion battery:1||Sodium/Sulfur Battery:1||Solgel:1||Solgel chemistry:1||Solgel process:1||Solid electrolyte:1||Solid oxide fuel cells:1||Solid polymer electrolyte:1||Solidstate flexible sodium metal battery:1||Storage stability:1||Structural integrity:1||Structure change:1||Substratefree electrode:1||Sucrose:1||Sulfolane:1||Sulfur Cathode:1||Sulfur Electrode:1||Sulfur/carbon composite:1||Sulfurized Polyacrylonitrile:1||Sulphur:1||Supercapacitor:1||Surface coating:1||Surface modification:1||Surface properties:1||Synergic effect:1||Synthesis:1||Synthetic variables:1||TEGDME electrolyte:1||TEGDME 전해질:1||TEMPO:1||Technoeconomic assessment:1||Ternary composites:1||Thermal stability:1||Thermogravimetric analysis:1||Thickfilm:1||ThinFilm:1||Ti Coating:1||TiDoping:1||Tin:1||Tin Monoxide:1||Titanium oxides:1||Trimodal pore system:1||Ultrafast kinetics:1||Under layer:1||Uricase:1||V2O3 coated carbon nanofiber:1||Vanadium pentoxide:1||Vapor grown carbon fiber:1||Variable renewable electricity:1||Variational autoencoder:1||Volumetric capacity:1||Waste bamboo char:1||Waste biomass:1||Waste sunflower seed shell:1||Waste sunflower seed shells:1||Xray diffraction:1||Zincophilic layer:1||aerosol deposition:1||aldol reaction:1||alphaChymotrypsin immobilization:1||alumina:1||anode:1||battery:1||battery safety:1||battery separators:1||beta &apos:1||biomass:1||bis(trifluoromethylsulfonyl)imide:1||blending:1||butyl acrylate:1||capacity:1||carbon coating:1||carbon nanotube:1||catalyst:1||charge space:1||chargedischarge studies:1||chemical vapor deposition:1||cobalt oxide:1||complexing agent:1||coreshell nanofibers:1||coreshell structure:1||crosslinking:1||crosslinking:1||cycle property:1||cycling performance:1||diameter:1||discharge property:1||doping:1||electrochemical:1||electrochemical electrodes:1||electrode materials:1||electroless plating:1||electrolyte:1||electrolyte additives:1||electrolytes:1||electronic materials:1||electrospun mat:1||encapsulated lens type:1||enclosed lens type:1||enclosed structure:1||energy density:1||energy storage materials:1||enzyme fuel cell:1||fast electron transfer:1||fastcharging Libatteries anode:1||fibrous membrane:1||freestanding electrode materials:1||freestanding graphitised nanofiber paper:1||gallium oxide:1||gallium phosphide:1||gammaFe2O3:1||gel polymer electrolyte:1||glass bead:1||glass beads:1||glucose dehydrogenase:1||graphitic carbon:1||high energy density lithiumion batteries:1||high gravimetric energy density:1||highrate:1||hybrid cathode:1||hydrogels:1||imidazolium salts:1||interfacial properties:1||lipase:1||lithium battery ionic conductivity:1||lithium ion battery:1||lithium polysulfides:1||lithium sulfur batteries:1||lithiumion:1||lithiumsulfur batteries:1||lithiumsulfur battery:1||lithiumsulfurbatteries:1||lithium/sulfur battery:1||longterm cycling:1||low temperature graphitization:1||mechanical alloying:1||mechanical alloying/milling:1||mesoporous:1||mesoporous materials:1||metal foil anodes:1||microprism:1||microstructure:1||monoclinic sulfur:1||morphology:1||multiwalled carbon nanotubes:1||nanoarchitecture:1||nanocomposition:1||nanofibers:1||nanomaterials:1||nanowire:1||nickel oxide:1||nickel sulfide cathode:1||ordered mesoporous carbon:1||organic compounds:1||organic sodium ion battery:1||organoclay:1||orthorhombic sulfur:1||pH Stability:1||pipi stacking:1||poly (ethylene oxide) polymer electrolyte:1||poly(4vinylpyridine):1||poly(vinylidene fluoride):1||poly(vinylidene fluoride)graftpoly (tertbutyl acrylate):1||polyimide:1||polymer catalyst:1||polymer monolith:1||polysulfides:1||polysulfobetaines:1||polyvinyl alcohol:1||porous membrane:1||prismatic reflective sheet:1||pyrite:1||pyrite (natural FeS2 ore) cathode:1||quaternization:1||reflective sheet:1||room temperature:1||rose bengal dye:1||safety:1||sawdust:1||scanning electron microscopy:1||secondary battery:1||silicon:1||sodiumion battery:1||sodiumsulfur batteries:1||sodium/iron disulfide battery:1||sodium/sulfur battery:1||solidified ionic liquid shell:1||solution method:1||strontium ions:1||structureproperty relations:1||sulfurized polyacrylonitrile:1||superionic conductors:1||tartaricacid:1||thin film:1||tin foils:1||toluene additive:1||traffic sign board:1||transition metals:1||tripropyleneglycol diacrylate:1||viscosity:1||volume expansion:1||word:1||개량된 MA법:1||도전재:1||리튬 2차전지:1||리튬/유황전지:1||리튬이온전지 음극재:1||리트벨트법:1||바이오매스:1||유황전극:1||저온 흑연화:1||전기화학특성:1||충방전 특성:1||&apos:1||탄소나노튜브:1||1Alkyl3methylimidazolium:1||2,3,6,7,10,11Hexamethoxytriphenylene:1||2D materials:1||3D Cathode:1||3D Network:1||3Dsponged nanofibers electrode:1||4hydroxyproline:1||Acetylene‑carbon black/sulfur composite:1||Acetylene black:1||Acid hydrolysis:1||Acoustic emission analysis:1||Acryloyl guar gum:1||Activity profile:1||Adhesion:1||Adiponitrile:1||Adsorption capacity:1||Aerofilm:1||Aerosol deposition:1||AlCoating:1||Allsolidstate battery:1||Analysis:1||Anion exchange:1||Annealing:1||Anode Material:1||Anode material:1||Anodes:1||Anodic aluminum oxide:1||Anodization:1||Antimicrobial activity:1||Aqueous Zinc ion batteries:1||Arsenic removal:1||Artificial neural network model:1||Atomic force microscopy:1||Ball milling time:1||Bi Anode:1||Binder:1||Binder coating:1||Binder free (Flexible):1||Biotemplating method:1||Biodegradability:1||Biomass:1||Biomassderived graphitic carbon:1||Biosorption:1||Biowaste:1||Blend/composite membranes:1||Bond theory:1||Boric acid:1||Brushing method:1||CMKBased Carbons:1||CNF:1||Carbon:1||Carbon Matrix:1||Carbon Nanotubes:1||Carbon Sphere:1||Carbon Structure:1||Carbon black:1||Carbonatebased electrolyte:1||Cathode architecture:1||Cathode material recyclability:1||Cation/anion codoping:1||Cations:1||Ceramic Filler:1||Ceramic anode:1||Charge transfer resistance:1||Chargedischarge process:1||Cheeselike carbon:1||Chemical Modification:1||Chemical activation method:1||Chemical degradation:1||CoPrecipitation Method:1||Coating layer:1||Cobalt recovery:1||Composite Polymer Electrolytes:1||Composite electrolytes:1||Composite polymer electrolyte:1||Composite polymer electrolytes:1||Confined structure:1||Continuous Electrospinning:1||Conversion anode:1||Copper:1||Copper selenide (CuSe) anode:1||Copper sulfide:1||Coreshell structure:1||Coulombic efficiency:1||Covalent Immobilization:1||Covalent immobilization:1||Critical materials:1||Crosslink density:1||Crosslinked polymeric binder:1||Crosslinking:1||Crude lipase:1||Cycle Stability:1||Cycle Voltage Window:1||Cycle property:1||Cycling performance:1||Degradation:1||Degradation mechanism:1||Dendrite free anodes:1||Dendritefree:1||Discharge reaction mechanism:1||Doping:1||Dualporosity structure:1||Durability:1||EPDM:1||Egg white:1||Elastomers:1||Electrical conductivity:1||Electrical wire explosion:1||Electrochemical Measurement:1||Electrochemical Stability:1||Electrochemical activation:1||Electrochemical energy:1||Electrochemical impedance spectroscopy:1||Electrochemical stability:1||Electrochemical synthesis:1||Electroless nickel plating:1||Electrolyte wettability:1||Electronic conductor:1||Electronic materials:1||Electrospinning technique:1||Electrospun Membrane:1||Electrospun membrane:1||Electrospun polymerbased electrolyte:1||Energy density:1||Energy storage system (ESS):1||Environmentally sensitive:1||Enzyme Biofuel Cells:1||Ether Based Electrolyte:1||Ether based electrolyte:1||Ether electrolyte:1||Ethylene Propylene Diene Monomer Rubber:1||Ethylenediamine:1||Fast Electron Transfer:1||Fe:1||Fe3C nanoparticle:1||FeS:1||FeS2 fiber:1||Ferroelectric BaTiO3:1||Flexible anode:1||Flexible lithium metal battery:1||Flexible lithium polymer batteries:1||Fluorinefree:1||Fluoroelastomer:1||Fluoroethylene carbonate additive:1||Forecasting model:1||Free Standing Sulfurized Polyacrylonitrile:1||Free standing electrode:1||FreeStanding:1||Freestanding:1||Freestanding electrode:1||Freestanding anode:1||Freestanding electrode:1||Fuel Cell Gasket:1||Fuel cell gasket:1||Gel Polymer Electrolyte:1||Gel polymer electrolytes:1||Gelatinmediated synthesis:1||Geochemical principle:1||Glass Casting:1||Glucose Oxidase:1||Glyme type plasticizer:1||

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