ScholarWorks@Korea University: Kang, Yun Chan

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Kang, Yun Chan (강윤찬)

College of Engineering

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Tel 02-3290-3268
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Spray pyrolysis:45||spray pyrolysis:24||Lithiumion batteries:18||Kirkendall diffusion:16||Spray drying:16||Carbon composite:14||Electrospinning:12||nanostructures:12||Lithium ion batteries:11||Anode materials:10||Sodiumion batteries:10||Anode material:10||anode material:10||sodiumion batteries:9||Lithium ion battery:9||Yolkshell:9||anode materials:9||Nanostructured materials:8||MXene:8||lithiumion batteries:8||Lithiumion battery:8||synthesis design:8||Kirkendall effect:8||lithiumion battery:7||graphene:7||yolkshell:7||Ndoped carbon nanotubes:7||Energy storage materials:7||Gas sensor:7||Reduced graphene oxide:7||Metalorganic framework:7||Potassiumion batteries:6||electrospinning:6||Hierarchical structure:6||carbon composite:6||gas sensor:6||Nanostructure:6||Graphitic carbon:6||Nanostructured material:5||Nickel oxide:5||Activated carbon:5||energy storage materials:5||Porous structure:5||spray drying:5||batteries:5||Carbon nanotube:5||tin oxide:5||potassiumion batteries:5||Supercapacitor:4||energy storage:4||metal sulfide:4||anodes:4||Flame spray pyrolysis:4||Cobalt selenide:4||reduced graphene oxide:4||nanostructure:4||Hollow carbon nanosphere:4||Sodium ion batteries:4||lithium ion battery:4||energy conversion:4||Tin oxide:4||sodium ion batteries:4||Hydrogen evolution reaction:4||Anode:4||cobalt selenide:4||Cobalt oxide:4||carbon nanotube:4||nanofibers:4||Energy conversion:4||Carbon microspheres:3||Ultrasonic spray pyrolysis:3||LiS batteries:3||Lithiumsulfur batteries:3||Metal selenide:3||Cathode material:3||nanostructured materials:3||Greenhouse gases:3||conversion reaction:3||Graphene:3||Immobilization:3||Metalorganic frameworks:3||yolkshell structure:3||carbon nanotubes:3||Cathode materials:3||ZnO:3||Conversion mechanism:3||Vanadium oxide:3||sodiumion battery:3||Trimethylamine:3||Nanopowders:3||ZIF8:3||Heterostructure:3||conversion mechanism:3||Ndoped carbon:3||Liion batteries:3||Graphene oxide:3||CNT microspheres:3||gas sensors:3||Synthesis design:3||Methanol production:3||Nanostructures:3||iron selenide:2||Carbon nanotubes:2||iron sulfide:2||palladium:2||sensors:2||Bifunctional electrocatalysts:2||Oxide semiconductor:2||Lithiumoxygen batteries:2||Molybdenum carbide:2||Sodiumion battery:2||hydrogen evolution reaction:2||selectivity:2||xylene:2||Lithium secondary battery:2||Znair batteries:2||EMI shielding:2||Limetal batteries:2||stem cell differentiation:2||metalorganic frameworks:2||Carbon template:2||metalorganic framework:2||Sodium ion battery:2||Alkali resistance:2||Fungal consortia:2||graphene composite:2||Liion battery:2||selfassembly:2||Carbon nanocomposite:2||SnO2:2||coreshell:2||Mesoporous material:2||Methane:2||composite:2||Conversion reaction:2||carbon:2||NiO:2||molybdenum diselenide:2||Ethanol:2||methylbenzenes:2||Zincion batteries:2||Nitrogen doped carbon:2||solid electrolyte:2||graphitic carbon:2||Potassium ion batteries:2||Supercapacitors:2||Electrochemical properties:2||lithium ion batteries:2||Silicon anode:2||potassiumion battery:2||Thinfilm transistors:2||Coreshell:2||metal selenite:2||Yolkshell structure:2||Anodes:2||hierarchical structures:2||oxide semiconductor:2||energystorage materials:2||Biomass:2||CNT:2||hollow carbon:2||NASICON:2||sodiumselenium batteries:2||Hollow structure:2||Molybdenum diselenide:2||Stability:2||Iron selenide:2||Copper oxide:2||activated carbon:2||Lithiumsulfur battery:2||Molybdenum sulfide:2||Siloxane polymer:1||Iron hydroxide:1||Insitu precipitation:1||Multianion material:1||Anticoagulation:1||hierarchical pores:1||Transition metal dichalcogenides:1||stretchable batteries:1||Copper selenite:1||Dense microspheres:1||Iron selenite:1||Tenability:1||molybdenum:1||Alkali activation:1||Paraffin oil:1||Au nanocluster:1||Co3O4:1||Pitchderived carbon:1||Sucrose:1||Nickel vanadate:1||Microporous materials:1||Polymer electrolyte membrane fuel cell:1||Pore size distribution:1||Human health:1||Nickel selenide:1||Hydrothermal:1||lithiumselenium batteries:1||hierarchically porous materials:1||Lithiumair battery:1||Simulated biogas:1||Titanium monoxide:1||multicomponent sulfide:1||Ceramic coated separator:1||print:1||solutionprocess:1||scalable:1||Heavy metal:1||carbon hybrid:1||reducibility:1||NO2 sensor:1||hollow nanospheres:1||lithium batteries:1||composites:1||Multishell:1||nickel sulfide:1||Ribitol dehydrogenase:1||kilogramscale preparation:1||3D graphene:1||cobalt sulfide:1||Ternary composite:1||Cobalt oxides:1||conductive additivefree:1||catalyst support:1||fuel cell:1||reversible ligand unwinding:1||Ndoped graphene:1||Firstprinciple analysis:1||Catholytes:1||metal hydroxide:1||silicon nanoparticles:1||micropores:1||transitionmetal chalcogenide:1||porous carbon:1||titanium oxynitrides:1||cathodes:1||Carbon dioxide capture relevance:1||Porous yolkshell:1||magnesium (Mg) doping:1||biomass:1||hydrolysate:1||SnO2 sensors:1||Image:1||polymer electrolytes:1||flexible sheet:1||high ionic conductivity:1||Amorphous structure:1||Anion exchange:1||Hollow carbon nanospheres:1||in vivo cell adhesion:1||Pseudozwitterion:1||carbon nanospheres:1||electrode materials:1||templated methods:1||Amorphous structures:1||Hierarchical pore:1||Green synthesis:1||Coconut coir:1||Prussian blue analogues:1||Cobalt monoxide:1||Biosensor:1||hollow structures:1||Aquaculture:1||Pathogens:1||formaldehyde:1||CO2:1||FDH:1||Tungsten selenide:1||Hydrogen evolution:1||cobalt selenides:1||Laccase:1||Macroporous material:1||Lithiumion Battery:1||magnetic composite particle:1||selective gas sensor:1||thinfilm transistor:1||WO3:1||electrochemistry:1||metal sulfides:1||iron oxide:1||hallow nanopowders:1||titanium dioxide:1||tin sulfide:1||Pdloaded Co3O4:1||Pretreatment:1||recovery:1||heterostructures:1||Carbon coating:1||Zinc selenide:1||nanohelix motion:1||remote manipulation:1||ion batteries:1||carbon composites:1||SiOC:1||Sn nanoparticle:1||metal hydroxy chloride:1||Poly(vinylidene fluoride) (PVDF):1||Vanadium nitride:1||selenium cathode:1||fused deposition modelling:1||high sensitivity:1||3D microsphere structure:1||Li4Ti5O12/CNT:1||Fluorination:1||Ceramic:1||Molybdenum diselenide anode:1||Gas sensing:1||Multiporous electrode:1||Graphite felt:1||breath hydrogen sulfide:1||OH radical:1||Heteroatom doping:1||nanocoil pitch control:1||remote control:1||Nanostructure design:1||Transition metal compounds:1||Phenyl azide:1||Nickel hydroxide:1||polyselenides:1||binary metal selenite:1||spray processes:1||bilayer:1||gas response:1||Multichannel:1||Lithiumselenium batteries:1||Quorum sensing:1||cascade reaction:1||multienzyme:1||Molybdenum selenide:1||Carbonaceous microspheres:1||microreactor:1||yolkshell structures:1||Iron diselenide:1||MethylOcystis bryophila:1||laccase:1||Hyperaccumulator:1||Phytoremediation:1||watergas shift:1||Naion battery:1||Shortchain dehydrogenase/reductase:1||sodium battery:1||Saccharification:1||cyclic voltammetry:1||2Dimensional electrophoresis:1||hollow structure:1||Silica removal:1||Porous silicon:1||benzene:1||bilayer sensor:1||Yolk–shell structure:1||oxide semiconductors:1||ligand nanoassembly:1||adhesion assembly:1||cation intercalation:1||hybrid supercapacitors:1||heterojunction structure:1||Graphite:1||Viable lithiumsulfur batteries:1||Porous sulfur hosts:1||carbonaceous material:1||heterostructure:1||metal hydroxysulfide:1||additive manufacturing:1||nanopowder:1||selective laser melting:1||nickel selenide:1||transition metal chalcogenide:1||transition metal nanoparticles:1||silicon anodes:1||allsolidstate batteries:1||Steam reforming of methane:1||Multi anionic materials:1||Cobalt hydroxy selenide:1||Biomass derived activated carbon:1||Liion migration:1||LLZO:1||Deep learning:1||plastic crystals:1||solidstate electrolytes:1||Transition metal selenide:1||surface functionalization:1||Mesoporous carbon nanobowl:1||ceramicglass composites:1||sintering additives:1||Metal hydroxysulfide:1||Tungsten sulfide:1||carbon nanosphere:1||stretchable gel polymer electrolytes:1||Carbon dot:1||Pitch derived carbon:1||Antimony:1||Porous carbon microsphere:1||Mesoporous materials:1||Intercalation materials:1||Nb2O5:1||Hydrophobicity:1||Porous nanostructures:1||Crosslinking:1||Yolkshell spheres:1||acute toxicity:1||low cost:1||Hollow spheres:1||Pt loading:1||Yolkshell sphere:1||Methylosinus sporium:1||Manganese sulfide:1||Graphene composite:1||Molybdenum oxide:1||molybdenum sulfide:1||electrode material:1||yolkshell microreactor:1||nanoparticles:1||sensitivity:1||flame spray pyrolysis:1||Selective detection:1||CuOloaded SnO2:1||Halitosis:1||RhTiO2:1||Bimetallic sulfides:1||3D porous architectures:1||bilayer sensors:1||Coated separators:1||Kion battery:1||nitrogendoped:1||N&#8208:1||doped CNT:1||cathode materials:1||vanadium oxide:1||zincion batteries:1||potassium&#8208:1||shell microspheres:1||current collector:1||Li growth:1||Coreshell structure:1||Layered double metal oxide:1||Lignin:1||Lowtemperature graphitization:1||coating:1||WCCo hardmetal:1||reservoirs:1||Oxidation controlling:1||Hollow sphere:1||sulfidebased solid electrolytes:1||Metal sulfide nanocrystal:1||Aggregated nano particle:1||Zinc bromine:1||Sodium ion batteries:1||Carbon deposition:1||Sodium hydroxy selenide:1||biorefinery:1||siliconcarbon composite:1||WO3 sensors:1||vinyl ethylene carbonate:1||Potassium ion battery:1||Cobalt:1||Multianion:1||Ccopper particle:1||Thermal property:1||Film conductivity:1||amorphous material:1||Cobalt hydroxysulfide:1||Electrochemical conversion:1||Antibiofouling:1||potassiumselenium batteries:1||Aromatic volatile organic compounds:1||CNTs:1||Methanotrophs:1||gas selectivity:1||Hydrothermal process:1||Cobalt vanadate:1||Mesoporous silica:1||Enzyme immobilization:1||Mesoporous structure:1||Nickelcobalt oxides:1||Cobalt phosphide:1||crumpled graphene balls:1||Sndoped NiO:1||LiO2 batteries:1||lithium secondary battery:1||hydrogenevolution reaction:1||Acidity:1||Membrane:1||Thermal stability:1||NiMoO4:1||nickel oxide:1||silicon:1||lithium:1||Homology modeling:1||hetero pn junction:1||gasphase reaction:1||H2S:1||Ammonium fluoride:1||High capacity anode:1||carbon nanocomposites:1||Sdoped metal selenide:1||Metal sulfoselenide:1||Electrocatalyst:1||durability:1||iron monosulfide:1||Carboligation:1||titanium oxide:1||Functionalization:1||manganese selenide:1||hierarchically porous carbon:1||mesopores:1||zinc selenide:1||Mechanofusion:1||carbon yolkshell:1||spraydrying:1||High sulfur loading:1||Zinc air batteries:1||Titanium dioxide anode:1||Non aqueous supercapacitors:1||Potassiumion storage:1||Selenization engineering:1||NCM:1||encapsulation:1||Electrolytes:1||Continuous twostage heat treatment:1||halitosis:1||Extreme environment operation:1||Iron hydroxyl selenide:1||Oxygen vacancy:1||Selectivity:1||timeregulated ligand stretching:1||Graftingto:1||Cobalt telluride:1||wrinkle structure:1||Lithiumion battery cathode:1||templating:1||Multicomponent metal sulfide:1||metal oxide gas sensor:1||Mesoporous:1||Energy storage system:1||Polyethylene glycol (PEG):1||Catalyst layer:1||Infectious diseases:1||Inhibitors:1||FaldDH:1||Tubeintube:1||composite materials:1||migration:1||onepot synthesis:1||iron telluride:1||Synthetic gas mixture:1||cobalt oxide:1||hollow nanosphere:1||onionlike carbon:1||sodium batteries:1||Kirkendall effect nanostructure:1||lithiurn on batteries:1||Ultralow detection limit:1||Mutagenesis:1||Layered material:1||Gas sensors:1||Lithium sulfur batteries:1||Giant miscanthus:1||carbon nanotube composite:1||Porous material:1||anode:1||electrocatalyst:1||Metal organic framework:1||partially graphitic structure:1||Enzyme fuel cell:1||Lignocellulosic:1||Zinc oxide:1||Nitrogendoped carbon matrices:1||Nanocomposite:1||alkaliion batteries:1||Battery:1||Cell configuration:1||Coral like porous structure:1||ionic conductivity:1||Threedimensional micro sponge ball:1||lithiumion capacitors:1||Li composites:1||Breath sensors:1||dry fabrication:1||Zeolitic imidazolate framework:1||Ultrafine nanocrystal:1||Ultralowtemperature LIBs:1||Carbon nanosphere:1||Chalcogenide materials:1||insitu precipitation:1||Iron telluride:1||Prussian blue:1||transition metal oxide:1||bimetallic selenides:1||Heterointerfaces:1||Hollow carbon:1||Porous carbon:1||metal chalcogenides:1||CNT (carbon nanotube):1||(Ni,Co)O solid solution:1||Hierarchically porous materials:1||Mass transport resistance:1||Germanium:1||Antipathogens:1||Biofilm:1||Hollow nanostructure:1||methanol:1||multiroom:1||lithiumsulfur batteries:1||Titanium oxide:1||Metal chalcogenide:1||nanostructured material:1||Electrode material:1||hollow nanoplates:1||Ostwald ripening:1||metal selenides:1||Carbon sphere:1||cobalt:1||bubble nanorod:1||Reducing sugars:1||energy efficiency:1||nanotubes:1||Coenzyme Q(10):1||reduced graphene oxides:1||MoO3 nanoplates:1||metal hydroxy carbonate hydrate:1||carbon coating:1||Metal selenite:1||TiO2carbon hybrid:1||realtime differentiation monitoring:1||macrophage polarization:1||air batteries:1||thin film:1||inverse opal:1||Li4Ti5O12:1||Metal alloy nanoparticle:1||Acetoin:1||transition metal compounds:1||Hydrazine sensor:1||bifunctional electrocatalysts:1||alkalization:1||Benzene selectivity:1||mechanofusion:1||Hierarchical porous particle:1||Honeycomb:1||Potassium ion batteries:1||Ni/Al2O3 catalysts:1||Hierarchical porous carbon:1||lithium ion batteries:1||multianionic compound:1||transition metal hydroxy selenide:1||Nitrogendoped carbon:1||mechanical kneading:1||Nirich:1||nanostructured carbon:1||High volumetric capacity:1||Charge modulation:1||Lithiophilic materials:1||Cupper:1||Recycling:1||Transition metal dichalcogenide:1||Air stability:1||Blood filtration membrane:1||hollow carbon nanospheres:1||Hollow mesoporous carbon nanospheres:1||Cobalt selenides:1||Electrode materials:1||Pitch:1||Silicon:1||Transition metal oxide:1||Methylbenzene:1||MoO3:1||NaCl:1||Manganese nitride:1||Camphene:1||Necklacelike structure:1||Kierkendall diffusion:1||Nanofibers:1||LithiumO2 batteries:1||Proteininorganic hybrid:1||Synthetic dyes:1||CNT composite:1||nanoplate:1||Iron oxide:1||Carbonaceous template:1||Direct internal reforming:1||Al2O3:1||Germanium oxide:1||transistor:1||Au nanoparticles:1||Cr2O3:1||immobilization:1||Tungsten oxide:1||Sensitivity:1||sintering resistance:1||germanium oxide:1||Enterobacter aerogenes:1||metal oxide:1||Rhdoped SnO2 hollow sphere:1||Production:1||lithium battery:1||In2O3:1||Humidity dependence:1||volatile aromatic compounds:1||Tb4O7 water poisoning:1||3D structures:1||Cobalt diselenide:1||heterointerfaced structure:1||supercapacitors:1||magnetic control:1||porous structure:1||Zn&#8208:1||yolk&#8208:1||Li stabilization:1||asymmetric supercapacitors:1||lithium polysulfide:1||polar material:1||porous and hollow carbon:1||Microsphere:1||ionic additive:1||interfaces:1||Polysulfide capturing:1||Functional interlayer:1||Catalysis:1||Silicon oxycarbide (SiOC):1||Porous carbon matrix:1||vonAlpentype:1||Hierarchal micropore structure:1||anion regulation strategy:1||nanoheterostructure:1||Numbers:1||succinonitrile:1||Vanadium redox flow battery:1||redox reaction:1||solid electrolytes:1||Oxidation:1||

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