ScholarWorks@Hanyang University: Sun, Yang Kook

Detailed Information

Sun, Yang Kook (선양국)

COLLEGE OF ENGINEERING (DEPARTMENT OF ENERGY ENGINEERING)

Research Area: 화학공학

Tel 02-2220-0524
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Cathode:28||Battery:19||Lithium:17||lithium:17||Lithiumion batteries:15||cathode:15||batteries:14||lithiumion batteries:12||lithiumion battery:11||battery:11||lithium secondary batteries:10||Liion batteries:9||Anode:9||anode:9||nanostructures:8||cathode materials:8||Lithium battery:8||Liion battery:7||lithiumsulfur batteries:7||Lithium ion battery:7||Lithium batteries:7||Thermal stability:7||coprecipitation:6||Anode materials:6||Coprecipitation:6||carbon:6||Batteries:6||positive electrode:6||cathodes:6||high capacity:6||electrochemistry:6||Lithiumion battery:6||redox mediator:5||lithium batteries:5||sodiumion batteries:5||coating:5||electrolytes:5||Carbon coating:5||Nirich layered cathodes:5||Spinel:5||lithiumoxygen batteries:5||Olivine:5||microcracks:5||electrolyte:5||cathode material:5||Positive electrode:4||High voltage:4||full cell:4||electrochemical properties:4||high energy:4||Cathode materials:4||Nirich layered cathode:4||LiO2 batteries:4||thermal stability:4||Cathode material:4||lithium oxygen batteries:4||safety:4||Rate capability:4||lithium ion battery:4||lithium ion batteries:4||Nirich cathode:4||Nirich cathodes:4||coprecipitation:4||High capacity:4||energy storage:3||Coprecipitation:3||Sodium:3||Carbon nanotubes:3||Cation mixing:3||Electrochemical properties:3||Sodium ion battery:3||LiS batteries:3||boron doping:3||secondary cells:3||hydrothermal method:3||fast charging:3||impedance:3||olivine:3||electrochemical electrodes:3||intercalation:3||silicon:3||LiS battery:3||Catalyst:3||microcrack suppression:3||fluoroethylene carbonate:3||Li2O2:3||sodium ion batteries:3||carbon coating:3||Microcrack suppression:3||solid electrolyte interphase:3||carbon nanotube:3||graphene:3||Potassium:3||spinel:3||nanorods:3||lithium battery:3||lithium compounds:3||high energy density:3||lithium metal batteries:3||microstructures:3||Silicon:3||Hollow structure:3||concentration gradient:3||Lithium sulfide:3||highenergy density:3||Nanostructure:3||redox mediators:3||5 V spinel:3||High energy density:3||Anodes:2||longterm cycling:2||coreshell:2||#8208:2||Hydrothermal:2||Lithium ion batteries:2||Na:2||Lithium metal battery:2||3D Cu current collector:2||density functional theory:2||Titania:2||Titanium dioxide:2||Lithium oxygen battery:2||ToFSIMS:2||doping:2||electric vehicles:2||microstructure:2||Naion batteries:2||Conversion:2||LithiumIon Batteries:2||Volumetric capacity:2||Intercalation:2||electrodeposition:2||electrodes:2||nanoparticles:2||Lithiumion cells:2||Reduced graphene oxide:2||Graphite:2||Zincion battery:2||Lithiumoxygen battery:2||Coreshell:2||nonflammable electrolytes:2||Iron oxide:2||additives:2||air:2||Carbon:2||oxygen evolution reaction:2||Hierarchical structure:2||Longlife battery:2||Li2S cathode:2||full concentration gradient:2||phasefield modeling:2||glass electrolyte:2||glyme solvents:2||graphite:2||Nirich NCM cathodes:2||anode materials:2||anodes:2||positive materials:2||aqueous Znion batteries:2||high areal capacity:2||Li4Ti5O12:2||LiBOB:2||high loading:2||high power:2||Nirich layered Li[NixCoyMn1xy]O2:2||Electrolyte:2||Kion batteries:2||reduced graphene oxide:2||reversible chargedischarge process:2||AlF3:2||rodshape:2||Sodiumion batteries:2||Sodiumion battery:2||hydroxide:2||Crystallographic orientation:2||Energy storage:2||LiNi0.5Mn1.5O4:2||Crystallographic texture:2||Mg:2||AlF3 coating:2||interlayer:2||Layered:2||capacity retention:2||sodium:2||sodium battery:2||ionic liquids:2||sodiumion battery:2||Spherical morphology:2||solid polymer electrolyte:2||FTIR:2||Layered materials:2||Li[Ni0.4Co0.2Mn0.4]O2:2||Current collector:2||solvation structure:2||solvation structures:2||layered materials:2||layered oxides:2||Cycling performance:2||spray pyrolysis:2||Microstructure engineering:2||Al:2||Sulfur:2||lean electrolyte:2||sulfur:2||Firstprinciples calculation:2||Li batteries:2||surface chemistry:2||Surface modification:2||lithium metal:2||coatings:2||Lithiation:2||TEGDME:2||composite:2||Passivation:2||Tap density:2||concentration gradient cathodes:2||Anode material:2||lithiumion:2||transmission electron microscopy:2||lithiumoxygen battery:2||Li metal anodes:2||Lithium cobalt oxide:1||Lithium electrode:1||Lithium ether electrolyte:1||Lithium halide:1||Lithium iodide:1||Lithium lanthanum zirconium oxide:1||Lithium oxygen batteries:1||Lithium peroxide:1||Lithium secondary batteries:1||Lithium sulfur battery:1||Lithium titanates:1||Lithium ion Battery:1||Lithiumair cell:1||Lithiumion Battery:1||Lithiumion oxygen cell:1||Lithiumoxygen:1||Lithiumoxygen batteries:1||Lithiumoxygen cell:1||Lithiumsulfur:1||Lithiumsulfur batteries:1||Lithiumsulfur battery:1||Long Cycle Life:1||Long cycle life:1||Long cycle span:1||Lowpolarization:1||Lowtemperature:1||Magnetite:1||Manganese dioxide:1||Mass loading:1||Mechanical alloying:1||Mechanical failure:1||Mesoporous TiO2:1||Mesoporous TiO2 microspheres:1||Mesoporous TiO2 submicrospheres:1||Mesoporous carbon:1||Metal Lifree full cells:1||Metal and fluorine substitution:1||Metal oxide:1||Metallic nanocrystals:1||Metals and alloys:1||Mg substitution:1||Micro Si:1||MicroStrain:1||Micronsize:1||MicroscaleLiFePO4:1||Microsphere:1||Microspheres:1||Microstructural optimization:1||Microstructure Engineering:1||Microstructure modification:1||Mixed metal oxide:1||Mn doping:1||Mn substitution by Ni:1||Mnbased layered oxides:1||Mo doping:1||MoS<sub>2</sub>:1||Molybdenum oxide:1||Morphology:1||Morphology control:1||Multicore:1||Multicoreshell:1||Multiwalled carbon nanotubes:1||Ndoped carbon:1||NAION:1||NCA89:1||NCA95:1||NCM 622:1||NCM 622 cathodes:1||Na battery:1||Na doping:1||Na intercalation:1||Na ion batteries:1||Na2/3[Ni1/3Mn2/3]O2:1||Naair battery:1||Na1.86Fe3(PO4)(3):1||Na3V2(PO4)(3):1||NaFePO4:1||NaMn0.5Ni0.5O2:1||NaNCM cathodes:1||NaNi0.5Mn0.5O2:1||NaPO3 layer:1||Nanosized primary blocks:1||Nanostructured materials:1||Nanocomposite:1||Nanocrystalline:1||Nanoscale:1||Nanoscale primary particles:1||Nanosize:1||Nanostructures:1||Nanowires:1||Natase TiO2:1||Natural graphite electrode:1||Nb doping:1||Negative electrode:1||Neutron diffraction:1||New doping strategy:1||Ni Rich:1||Ni&:1||NiRich Cathodes:1||Nirich NCM cathode:1||Nirich layered Li[NixCoyAl1xy]O2:1||Nirich layered Li[NixCoyMn(1xy)]O2:1||Nirich layered Li[NixCoyMn1xy]O2 cathode:1||Nirich materials:1||NiCo2O4:1||NiO:1||Nickel phosphate coating: cathode material:1||Nonaqueous solution:1||Nonflammable HighVoltage Electrolyte:1||O3 biphasic cathodes:1||O3type:1||O3type cathode:1||O3type layered cathodes:1||O3type layered oxides:1||O3type layered structure:1||O3type structures:1||O3/P2 heterostructure:1||Organic additive:1||Oxalate:1||Oxides:1||Oxygen deficiency:1||Oxygen evolution:1||Oxygen evolution reaction:1||Oxygen reduction:1||P2:1||P2 structures:1||P2TYPE:1||P2type:1||P2type cathodes:1||PEIS:1||PVA:1||Particle morphology:1||Passive film:1||Phosphate:1||Photoanode:1||Photocatalysis:1||Photoelectrode:1||Poly(vinylene carbonatecoacrylonitrile):1||Polyethylene oxide:1||Polymer:1||Polymer lithiumion battery:1||Polymers:1||Polysulfide:1||Polysulfidecatholyte:1||Porosity:1||Porous carbon:1||Porous carbon material:1||Porous silicon particles:1||Positive:1||Potassium vanadate:1||Pouch cell:1||Practical anode:1||Practical batteries:1||Present and past activities:1||Pressurize:1||Protective layer:1||Prussian blue cathode:1||Pyrolysis oil:1||Quasisolidstate battery:1||Reprecipitation method:1||Rechargeable batteries:1||Recycling processes:1||Redox mediator:1||Renewable energy:1||Reversibility:1||Rodshape:1||Ruthenium dioxide:1||SBR:1||SIBs:1||SIMDIS:1||SPAN cathodes:1||SSCo:1||Scaleup:1||Scanning electron microscopy:1||Scratch:1||Secondary batteries:1||Semiliquid:1||Separator:1||Si anode:1||SiC composite:1||Si/C composite:1||Si/graphite composite:1||Silica:1||Silicon anodes:1||Silver nanowires:1||Simplified CVD method:1||Singlecrystal cathode:1||Sizeconfinement:1||Sn substitution:1||SnC anode:1||Sodium batteries:1||Sodium ion batteries:1||Solid electrolyte interface:1||Solid electrolyte interphase:1||Solid electrolyte interphase layer:1||Solid hybrid electrolyte:1||Solid polymer electrolyte:1||Solid state reaction.:1||Solvation Structure:1||Solvothermal reaction:1||Spine metal oxide:1||Spinellike structure:1||Stability:1||Stabilization strategies:1||Stainless steel:1||Structural changes:1||Structural stabilization:1||Structure evolution:1||Structure property relationship:1||Substitution:1||Sulfur and nickel doping:1||Sulphur:1||Surface degradation:1||Surface protection:1||Synthesis:1||TEM:1||TEM analysis:1||TEMPO:1||Tetraethylene glycol dimethylether:1||Tetraglymeelectrolyte:1||Thermal Stability:1||Thermally rearranged polybenzoxazole:1||Thin film:1||Thiophene:1||Threedimensional network:1||Ti substitution:1||TiSi alloys:1||Tidoping:1||Tisubstitution:1||TiCcloth:1||TiN:1||TiO2:1||Titanate Nanotubes:1||Titanium oxyfluoride:1||Transition metal oxide:1||Transmission electron microscopy:1||Tungsten doping:1||Twodimensional:1||Type 304:1||UVvis spectroscopy:1||UVvis titration:1||Ultrafine Grains:1||Urea assisted hydrothermal method:1||Vanadium dioxides:1||Volume expansion:1||W doping:1||Wshell doping:1||Water stability:1||WideTemperature:1||Xray absorption spectroscopy:1||Xray diffraction:1||XRD:1||Zinc air batteries:1||Zinc air battery:1||Zirconium:1||ZnOMnO@C nanocomposite:1||ZrO2 coating:1||ZrP2O7 coating:1||aSi/MWCNTs composite:1||activated carbon:1||additive:1||air electrode:1||allsolidstate lithium−sulfur batteries:1||alloy:1||alloying anode:1||alloying reactions:1||aluminum fluoride:1||anatase TiO2:1||anode material:1||areal capacity:1||artificial protection layer:1||assesment:1||asymmetric electrochemical capacitor:1||atomic layer deposition:1||band gap energy:1||bare MWCNT interlayer:1||barrier layer:1||battery powered vehicles:1||battery safety:1||betaFeOOH:1||betaNaCaPO4:1||bifunctional additives:1||bicompartment cells:1||bilayer structures:1||bimetallic selenide:1||biowaste product:1||boron:1||calcination temperature:1||calendar aging:1||calorimetry:1||capacity:1||capacity fading:1||capacity fading mechanism:1||capacity fading mechanisms:1||carbon anodes:1||carbon cathodes:1||carbon mixing:1||carbon nanotubes:1||carbonfree:1||carbonate coprecipitation:1||carbonate coprecipitation:1||carbonate precipitation:1||catalysts:1||catalytic mechanism:1||cathode/electrolyte interfacial layers:1||cationordered structures:1||cationic ordering:1||cell polarization:1||chain:1||charge interaction:1||charge transfer resistance:1||chloroethylene carbonate:1||cobalt:1||cobalt doping:1||cobalt free:1||cobaltfree:1||commercialization:1||compositional control:1||concentrated electrolytes:1||concentration gradients:1||concentrationgradient cathodes:1||conducting polymer:1||conversion:1||conversion anode:1||conversion reactions:1||conversionalloying anode:1||coreshell with concentration gradient:1||core/shell:1||cyclability:1||cycle life:1||cycle performance:1||cyclelife:1||cyclic voltammetiry (CV) curves:1||dendritefree:1||density functional calculations:1||depletion of Liions:1||diluent:1||dimethyl sulfoxide (DMSO):1||discharge capacity:1||electrical conductivity:1||electrical doublelayer capacitors:1||electrical network:1||electrochemomechanical failures:1||electrocatalysis:1||electrocatalysts:1||electrochemical characterization:1||electrochemical cycling:1||electrochemical impedance spectroscopy:1||electrochemical performance:1||electrochemical process:1||electrochemical reaction:1||electrode:1||electrode characterization:1||electrode loading:1||electrolyte additives:1||electrolyte lean condition:1||electrolyte modulation:1||electrolyte solvation structures:1||electrolyte stability:1||electrolyteelectrode interfaces:1||electrolyteadditive:1||elemental sulfur electrode:1||energy efficiency:1||enhanced morphology:1||entropy change:1||ethyl methanesulfonate:1||exposure time:1||fast charging highvoltage electrolytes:1||fast cycling:1||firstprinciple calculations:1||firstprinciples calculations:1||fluorine doping:1||free standing cathode:1||fuel cell:1||full cells:1||full concentration gradients:1||glycinenitrate process:1||gradient materials:1||group contribution:1||group contribution method:1||hard carbon:1||hard carbon anodes:1||heterojunctions:1||high areal capacities:1||high conductivity:1||high efficiency:1||high rate property:1||high rates:1||high sulfur utilization:1||high tap density:1||high voltage:1||high voltage lithiumion battery:1||highcapacity:1||highenergy Xray diffraction:1||highrate:1||highvalence elements:1||highvoltage cathode:1||highvoltage lithium metal batteries:1||highvoltage spinel:1||hybrid:1||hybrid cathode:1||hybrid electric vehicle:1||hybrid electric vehicles:1||in situ grown Mn deficient ZnMn2O4@C:1||incomplete charging behavior:1||interdiffusion:1||interfaces:1||interfacial model:1||interfacial resistance:1||intermolecular interactions:1||ionic association:1||ionic liquid:1||ionic liquid electrolyte:1||ionic liquied:1||iron compounds:1||irondoped zinc oxide:1||ironmanganese olivine:1||latices:1||lattice models:1||layered NCA cathodes:1||layered NCM cathode:1||layered cathode:1||layered double hydroxides:1||layered material:1||layered nickelironmanganese cathode:1||layered oxide:1||layered oxide cathodes:1||layered structure:1||layered transition metal oxide cathodes:1||layeredspinel composites:1||layeredtype:1||leakage current:1||life:1||lithiated siliconcarbon anode:1||lithium concentration:1||lithium deposition:1||lithium metal anode:1||lithium metal anodes:1||lithium metal free:1||lithium metal polymer cell:1||lithium metal protection:1||lithium peroxide:1||lithium salts:1||lithium substitution:1||lithium sulfide:1||lithium transition metal oxide:1||lithium vanadium phosphate:1||lithium&:1||lithiumair batteries:1||lithiumair battery:1||lithiuminsertion electrodes:1||lithiummetal batteries:1||lithium?oxygen batteries:1||lithiumborophosphate:1||long range interaction:1||longterm cycling performances:1||low overpotential:1||lowtemperature:1||magnetic properties:1||manganese:1||manganese dissolution:1||manganese spinel:1||manganese substitution:1||masstransfer:1||material science:1||mechanical alloying:1||mechanism:1||melting point depression:1||metal:1||metal oxide:1||metal sulfides:1||mg sibstitution:1||micro cracking:1||microiron sulfide:1||microcracking:1||microstructural control:1||microstructural degradation:1||microstructure evolution:1||microstructure optimization:1||microwave:1||middle range interaction:1||mixedtransition metal:1||modification:1||modified double lattice model:1||modified perturbed hardspherechain EOS:1||modified separators:1||molybdenum carbide nanoparticles:1||multiphysical field simulation:1||multicomponent structures:1||multifunctional cathodes:1||multiwalled carbon nanotube:1||nanocrystalline metal oxide:1||nanocomposite:1||nanocrystalline:1||nanoporous materials:1||nanorod:1||nanoscale surface faceting:1||nanosizing:1||nanostructure:1||nanostructured materials:1||nanowires:1||nextgeneration batteries:1||nickel compounds:1||nickel rich:1||nickelrich cathodes:1||nickelrich layered oxides:1||nitrogen compounds:1||noble metals:1||nonaqueous oxygen electrochemistry:1||noncarbon electrode:1||novel cathode for electric vehicles:1||operando XRD:1||ordered mesoporous carbon:1||organic electrolyte:1||oxides:1||oxygen evolution reactions:1||oxygen reduction reaction:1||oxygen reduction reactions:1||oxygen reduction reactions (ORRs):1||palladium nanoparticles:1||particle size refinement:1||phase transitions:1||poly(3,4ethylenedioxythiophene) polystyrene sulfonate:1||poly(3methylthiophene):1||polycrystalline particles:1||polysulfide mediator:1||polysulfidecatholyte:1||pore size distribution:1||pore structure:1||porous carbon:1||porous carbon spheres:1||positive:1||potassium:1||potassium ion batteries:1||potassium metal anode:1||potassium metal anodes:1||potassium metal batteries:1||potassiumion battery:1||potassiumsulfur batteries:1||pouchtype cells:1||pouchtype full cells:1||power sources:1||practical energy and power density:1||precursor analysis:1||prolonged cycle lifespan:1||protective layer:1||pyrosynthesis:1||rapid solidification:1||rational design:1||rechargeable Li batteries:1||rechargeable batteries:1||rechargeable lithium metalfreeair battery:1||rechargeable lithiumair battery:1||reliability:1||rich layered cathodes:1||robust cathodes:1||rod shape:1||rodshaped particles:1||role of manganese:1||ruthenium oxide:1||salt effects:1||secondaryion mass spectrometry:1||segregation:1||selfassembled MWCNT interlayer:1||selfrearrangement:1||separators:1||shell:1||silicon anode:1||silicon composite:1||siliconbased anode:1||simple manufacturing process:1||singlecrystallineparticles:1||singlet oxygen:1||singlet oxygen quencher:1||sodium ion battery:1||sodium perchlorate:1||sodium vanadium phosphate:1||solgel method:1||solid electrolyte interface (SEI):1||solid electrolyte interfaces:1||solid electrolyte interphase layers:1||solid electrolyte interphases:1||solid oxide fuel cell (SOFC):1||solid solutions:1||solidstate diffusion:1||solidstate electrolytes:1||soluble catalysts:1||solvation chemistry:1||specific capacity:1||spherical morphology:1||spinel LiMn2O4:1||spinel materials:1||spinel phases:1||spinelstructure:1||stability:1||strain relaxation:1||strategies:1||structural engineering:1||substitution:1||sulfur batteries:1||sulfur battery:1||sulfur cathode:1||sulfur host:1||superoxide:1||supported catalysts:1||surface concentration:1||surface control:1||surface energy:1||surface functionalization:1||surface stabilization:1||synthetic methods:1||synthetic strategies:1||tailored synthesis:1||tavorite:1||temperature:1||temperature dependence:1||tetraethylene glycol dimethyl ether (TEGDME):1||thermal characterization:1||thermal runaway:1||thermal safety:1||thin film battery:1||thiosulfate mediator:1||tin oxalate:1||tinbased SEI layer:1||titanate nanotubes:1||titania:1||titanium dioxide:1||transition metal oxide:1||transitionmetal dissolution:1||tungsten doping:1||tungsten oxide nanowire:1||tunneltype Na0.44MnO2:1||tunnel/spinel heterostructure:1||twin crystal structure:1||vacancies:1||voltage maintenance:1||voltage stabilization:1||volumetric capacity:1||wide temperature:1||xray diffraction:1||zinc air batteries:1||zirconium:1||(+)storage:1||015]O(2)cathode:1||1Butyl1methylpyrrolidinium phosphate:1||100Al0:1||3 V:1||3V spinel:1||3D current collector:1||4 V discharge plateau:1||5 V:1||5,10dihydro5,10dimethylphenazine:1||885Co0:1||AIF(3):1||ASI:1||Activation:1||Ag deposition:1||Ag electroless deposition:1||Al excess substitution:1||Alsubstitution:1||AlF3 coatings:1||Allsolidstate lithium battery:1||Allotropic structure:1||Alternative anode materials:1||Amorphous Si:1||Anatase TiO2:1||Aqueous Znion batteries:1||Bandgap narrowing:1||BiOF coating:1||Binary metal sulfides:1||Binder:1||Bipolar plates:1||Bitumen:1||Blend:1||Boron:1||Boron and Gallium MultiDoping:1||CBD:1||Capacity retention:1||Carbon cloth:1||Carboncoated:1||Carboncoated iron oxide anode:1||Carbonfree:1||Carbonfree electrode:1||Carbonsilicon composite:1||Carbon/magnetite composite:1||Carbonate coprecipitation:1||Carbonatebased electrolyte:1||Cathode material synthesis:1||Cathode morphology:1||CdS:1||Ce doping:1||Chemical synthesis:1||Co substitution:1||Cofree layered cathodes:1||Coless Nirich cathodes:1||Co3O4:1||Coating:1||Coating materials:1||Cobalt sulfide:1||Cobaltfree cathodes:1||Composite anodes:1||Composite materials:1||Composite membrane:1||Composite polymer electrolyte:1||Concentration gradient cathode:1||Concentrationgradient:1||Conversion materials:1||Coprecipitation synthesis:1||Coreshell particle:1||Coreshell structure:1||Corrosion resistance:1||Crystal structure:1||Crystallinity:1||Cu3Si doping:1||CuO anode:1||DBBQ:1||Dehydrogenated polyacrylonitrile:1||Delithiation:1||Depth of discharge (DOD):1||Diffusion:1||Discharge capacity:1||Discharge product morphology:1||Disordered spinellike phase:1||Doping:1||Dry coating:1||Dye sensitized solar cells:1||Dyesensitized solar cells:1||ELECTRODE PERFORMANCE:1||EQCM:1||Electrocatalysis:1||Electrochemical reactions:1||Electrochemistry:1||Electrode:1||Electrode materials:1||Electrolyte additive:1||Electrophoretic deposition:1||Energy Storage:1||Etherbased electrolyte:1||Ethylene glymebased:1||Evaporation synthesis:1||Facile preparation:1||FastCharging:1||Fe:1||Flame retardant:1||Freestanding cathode:1||Fuel cell:1||Full cells:1||Full concentration gradient:1||Full concentration gradient cathode:1||Fullconcentration gradient:1||Functional filler:1||GDC interlayer:1||Gas chromatograph:1||Gel electrolyte:1||Grain boundary protection:1||HETP:1||HF scavenger:1||HIGHCAPACITY:1||HIGHENERGY:1||Heusler alloy:1||High Crates:1||High content of magnetite:1||High energy:1||High energy efficiency:1||High loading:1||High power density:1||High rate:1||High stability:1||High stability anode:1||High surface area:1||High tap density:1||High voltage (5 V) spinel:1||High voltage cathode:1||Highenergy density:1||Highvoltage:1||Hollandite:1||Honeycomb:1||Hybrid supercapacitor:1||Hydrofluoric acid:1||Hydrophobic:1||Hydrothermal Method:1||ITSOFC:1||Impedance spectroscopy:1||In situ MnOx:1||In situ XRD:1||In situ diffraction:1||In2S3:1||Interfacial resistance:1||Intergranular Protection:1||Intermetallic compound:1||Ionic diffusivities:1||Iron doping:1||Iron oxide/carbon composite:1||Iron trifluoride:1||K metal battery:1||KO2 batteries:1||KS batteries:1||Kbirnessite:1||Kion battery:1||LITHIUM:1||LSCF:1||LSCo:1||LSMYSZ composite:1||LTO:1||Layerstructured metal oxide:1||Layered cathode material:1||Layered manganese dioxide:1||Layered material:1||Layered nickelrich lithium cobalt oxide:1||Layered oxide:1||Layered structure:1||Li Ion Battery:1||Li cosubstitutions:1||Li intercalation:1||Li ion batteries:1||Li metal:1||Li metal protection:1||Li vertical bar LiNiO2 cells:1||Li vertical bar NCM cells:1||Li(Ni1/3Co1/3Mn1/3)O2:1||Li and Mnrich cathodes:1||LiMg alloys:1||LiMn spinel:1||LiO2 battery:1||LiO2 cell:1||Liair battery:1||Liion:1||Liion distribution:1||Limetal battery:1||Lipolymer batteries:1||Li/O2:1||Li0.85Ni0.46Cu0.1Mn1.49O4:1||Li1+x(Ni1/3Co1/3Mn1/3)(1x)O2:1||Li1.1Mn1.9O4:1||Li2MnO3:1||Li3PO4:1||Li4/3Ti5/3O4:1||LiCoO2:1||LiFrich SEI layer:1||LiFe1/4Mn1/2Co1/4PO4:1||LiFePO4:1||LiFePO4 cathode:1||LiMn0.5Ni0.5O2:1||LiNO3:1||LiNi0.5Mn0.5O2:1||LiNi0.8Co0.15Al0.05O2:1||LiNiO2 cathodes:1||LiOH:1||LiTFSI/diglyme electrolyte solutions:1||Li[Li0.1Al0.05Mn1.85]O4:1||Li[Ni0:1||Li[Ni0 67Co0 15Mn0 18]O2:1||Li[Ni0.5Mn1.5]O4:1||Li[Ni0.8Co0.15Al0.05]O2:1||Li[Ni0.8Co0.1Mn0.1]O2:1||Li[Ni1/3CO1/3Mn1/3]O2:1||Li[Ni1/3Co1/3Mn1/3]O2:1||Light harvesting:1||Lithium ion batteries:1||Lithium bis(oxalate)borate:1||Lithium bromide:1||Lithium cell:1||

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