ScholarWorks@SUNGKYUNKWAN UNIVERSITY: YOON, WON SUB

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YOON, WON SUB (윤원섭)

Graduate School (Energy Science)

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Lithiumion battery:12||Lithiumion batteries:7||Anode:6||lithiumion battery:5||Lithium ion battery:5||Cathode:5||Thermal stability:5||Liion battery:4||Solgel method:4||lithiumion batteries:4||Liion batteries:4||Mesoporous structure:3||Electrolytederived surface layer:3||conversion reaction:3||Differential capacity:3||Reaction mechanism:3||Cathode material:2||Batteries:2||Kirkendall effect:2||Lithiumion Batteries:2||Naion batteries:2||XRD:2||Extra Capacity:2||Solgel:2||Nanocomposite:2||ion storage mechanism:2||Electroless plating:2||batteries:2||Spinel cathode:2||Conversion reaction:2||carbon:2||lithium ion batteries:2||Metal foam:2||cathode materials:2||lithium storage:2||In situ Xray diffraction:2||cathodes:2||Metal oxide:2||Copper:2||Anode Materials:2||Li rechargeable batteries:2||metal oxide:2||Lithium battery:2||Synchrotronbased Xray techniques:2||Li storage mechanism:2||Nirich cathode materials:2||Graphene:2||Titanium dioxide:2||Multi doping:2||Nirich layered cathode materials:2||Energy storage:2||oxygen vacancy:2||DFT calculation:1||Degradation mechanism:1||Diagnosis of battery characteristics:1||Direct covalent bonding:1||Disordered carbon:1||Electrochemical characterization:1||Electrochemical impedance spectroscopy:1||Electrochemistry:1||Electrode:1||Electrode materials:1||Electroless Plating:1||Electrolyte:1||Electron Conduction:1||Electron probe microanalysis (EPMA):1||Electronic structure:1||Energy efficiency:1||Energy storage material:1||Energy storage materials:1||Equivalent circuit model:1||Febased cathodes:1||FeF2:1||Flexible device:1||Foams:1||Freezecasting:1||Galvanostatic Intermittent Titration Technique:1||Glass material:1||Graphene Composite:1||Graphite anode:1||H2S gasassisted plasmaenhanced chemical vapor deposition (PECVD):1||Hematite:1||Heteroatom:1||Heterointerface catalysts:1||High capacity anode:1||High electrochemical performance:1||High nickel la:1||High specific surface area:1||High voltage spinel:1||Hightemperature storage:1||Highvalent metal sites:1||Highvoltage conversion reaction:1||Highvoltage positive material:1||Holmium:1||Hybrid nanostructure:1||I:1||Implantable device:1||Impurity:1||In situ Xray Diffraction:1||In situ XRD:1||Inhomogeneous reaction:1||Interfacial reaction:1||Ion Storage Mechanism:1||Ionic Conduction:1||Iridium:1||Kion batteries:1||Kinetics:1||Lauric acid:1||Layerbylayer assembly:1||Layered lithium cobalt oxide:1||Layered oxide cathode:1||Li:1||Li Ion Battery:1||Li and Naion batteries:1||Li battery:1||Li plating:1||Li rechargeable battery:1||Li(Ni0.8Co0.15Al0.05)O2:1||LiAir Cathode:1||LiIon Battery:1||LiIon Rechargeable Batteries:1||Liion Battery:1||Lirich cathode:1||Listorage:1||Li0.99Ni0.46Mn1.56O4:1||LiFePO4:1||LiFePO4 nanoplates:1||LiMn2O4:1||LiNi0.5Co0.2Mn0.3O2:1||LiNi0.5Mn1.5O4:1||LiNi0.5Mn15O4delta cathode material:1||Liquid electrolyte lithium batteries:1||Lithium Ion Battery:1||Lithium ion batteries:1||Lithium manganese oxide:1||Lithium rich cathode material:1||Lithium secondary batteries:1||Lithium storage mechanism:1||LithiumIon Batteries:1||Lithiumion Battery:1||Lithiumion capacitor:1||Lithiumrich anode:1||MXenes:1||Malic acid:1||Margaric acid:1||Mesoporous MnO2:1||Metal organic framework (MOF):1||MgO coating:1||Micropore:1||Microwaveassisted hydrothermal process:1||Mixed ion electrolyte:1||Mnrich composite materials:1||Mn2O3 anode:1||MoO2 anode:1||MoS2 anode:1||Molybdenum oxide:1||Multidoping:1||Multilayers:1||Na 3 v 2 (po 4 ) 2 f 3:1||Na 3 v 2 o 2x (po 4 ) 2 f 3  2x:1||Na ion capacitor:1||Naion battery:1||Naion capacitor:1||Na3V2(PO4)(2)F3:1||NaF:1||NaNi1/3Fe1/3Mn1/3O2:1||Nanoengineering:1||Nanofabrications:1||Nanomaterial:1||Nanomatrix:1||Nanoparticles.:1||Nanoporous anode materials:1||Nanoscale technologies:1||Nanostructure:1||Nanostructured anode:1||Nanostructured electrodes:1||Nanostructured materials:1||Nanotubes:1||Negative Fading:1||Negative fading:1||Nirich cathode:1||Nirich cathode material:1||Nirich layered cathode:1||Nirich layered cathode material:1||Nirich layered materials:1||Nickel oxide:1||Oleic acidstabilized transition metal oxide:1||Olivine phosphate coating:1||Olivine structure cathode:1||Ordered mesoporous materials:1||Ordered mesoporous structure:1||Orthosilicate:1||Oxygen deficiency:1||Oxygen evolution reaction:1||P(VDFTrFE):1||Phase transformation:1||Piezoelectric nanogenerator:1||Pl:1||Polymer electrolyte membrane fuel cell (PEMFC):1||Porous Microsphere:1||Precipitation:1||Ps:1||Pseudocapacitive sodium storage behavior:1||Quasisolidstate electrolyte:1||Rate performance:1||Reaction heterogeneity:1||Rechargeable battery:1||Rechargeable sodiumion batteries:1||Recycling:1||Redox active site modification:1||Reduced graphene oxide:1||Regeneration:1||RuO2 anode:1||SEI layer:1||SEILiF:1||Selfassembly:1||SiO2:1||Silicon nanowire:1||SnO2:1||SnO2 anodes:1||SnO2/reduced graphene oxide composite:1||Sodium ion battery:1||Sodium ion battery (SIB):1||Sodium rechargeable batteries:1||Sodiumion Battery:1||Sodiumion battery:1||Soft Xray absorption spectroscopy:1||Soft Xray absorption spectroscopy (XAS):1||Solvothermal Method:1||Spectral and electrochemical studies:1||SprayDrying:1||Structural degradation:1||Structural distortions:1||Structural evolution:1||Structural stability:1||Sucroseassisted combustion:1||Sulfur dissolution:1||Sulfurization:1||Supercapacitor:1||Surface modification:1||Surface structure durability:1||Surfaceexposed Se:1||Synchrotron radiation:1||Synchrotronbased analyses:1||TMs interdiffusion:1||Thermodynamics:1||Tin anode:1||Transition metal chalcogenide:1||Ultracapacitor:1||Ultrathin supercapactior:1||Void spacing:1||Voltage tuning:1||Water oxidation in acidic media:1||Waterwashing process:1||Xray absorption spectroscopy:1||XAS:1||Zinc:1||Zrdoping:1||ZrO2 coating:1||additional capacity:1||anionic redox chemistry:1||anisotropic lattice behavior:1||anode:1||anode material:1||atomic layer deposition:1||biomass carbon:1||capacitors:1||capacity fading:1||carbon anode:1||cathode:1||cation disorder:1||cationic redox chemistry:1||charge redistribution:1||colloidal silicaassisted Co(OH)(2):1||composite materials:1||copper oxide:1||degradation mechanisms:1||differential capacity:1||disordered rocksalt:1||disordered rocksalt cathodes:1||domain separation:1||dualbuffer effect:1||electrochemical profiling:1||electrochemical property:1||electrode interfaces:1||electrolyte decomposition:1||electrolytederived surface layer:1||emerging materials:1||energy storage:1||extra capacity:1||ferrite:1||flexible devices:1||fluorophosphate:1||fullcell system:1||fullcells:1||hierarchical nanostructures:1||high capacity:1||high energy density, high power density:1||hybrid capacitor:1||hydride formation:1||hyperlithiated materials:1||in operando monitoring:1||in operando small angle Xray scattering:1||inhomogeneous reaction:1||iron oxide:1||irreversible reaction:1||layered materials:1||limited atomic solubility:1||lithium:1||lithium batteries:1||lithium battery:1||lithium ion battery:1||lithium ion channels:1||lithiumstorage:1||lithiumsulfur batteries:1||lowNi layered materials:1||manganese dioxides:1||mesoporous CoSn:1||mesoporous electrode:1||mesoporous materials:1||metal–metal bond:1||metal nanoparticles:1||metal oxides:1||molybdenum oxide:1||nanocomposite:1||nanostructural uniformity:1||nanostructured electrode:1||nanostructured electrodes:1||nanostructures:1||negative fading:1||ordered mesoporous electrodes:1||organic electrodes:1||oxygen redox:1||oxygen redox reaction:1||photoelectrochemical cell:1||polyanion:1||polymorphic effect:1||polysulfides:1||pore dynamics:1||porous:1||protective coatings:1||reaction mechanism:1||reaction mechanisms:1||reversibility:1||reversible surface reaction:1||ruthenium:1||sacrificial cathodes:1||shortrange order:1||smallangle Xray scattering:1||solidelectrolyte interphases:1||solvent:1||spinellayered composite compound:1||spinels:1||spray drying:1||strategic approaches:1||supraballs:1||surface analysis:1||surface coating:1||synchrotronbased Xray analysis:1||thermal expansion:1||thermal stability:1||tin:1||voltage hysteresis:1||(Sn,Ti)O 2 solidsolution:1||working mechanism:1||1D van der Waals material:1||Abnormal capacity:1||Activated carbon:1||Additional capacity:1||Aging mechanism:1||Aldoping:1||Allsolidstate lithium batteries:1||Aluminium:1||Aminefunctionalized multiwall carbon nanotube:1||Amorpholization:1||Anionexchange membrane water electrolyser:1||Areal Capacity:1||Atomic layer depositi:1||Barium titanate (BaTiO3) nanoparticles:1||Battery Characteristics:1||Behenic acid:1||Beyond one electron reaction:1||Binder:1||Biocompatible materials:1||Biomass:1||Body fluid:1||Caffeine:1||Capacity fading:1||Capacity retention:1||Carbon anode:1||Carbon coating layer:1||Carbon composite:1||Carbon composite sphere, Modified Stober method, CeO2:1||Carbon nanotube:1||Carbonization:1||Casting:1||Cathode material as anode:1||Cerotic acid:1||Charge Transport Mechanism:1||Charge compensation:1||Chelating agent:1||Chemical synthesis:1||Cobalt oxide:1||Coffee:1||Composite Material:1||Composite materials:1||Conductive carbon coating:1||Copper foam:1||Copper sulfide (CuxS):1||Coreshell:1||Coulombic efficiency:1||Crystal structure:1||Cu:1||Cu Foam:1||Cycle life:1||Cyclic Voltammetry:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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