ScholarWorks@Korea University: Yun, Young Soo

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Yun, Young Soo (윤영수)

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Metal anode:4||nanoporous carbon:4||lithium metal batteries:4||Anode:3||LiS batteries:2||Lithium metal batteries:2||전기 배터리:2||Lithium metal anode:2||Aluminum batteries:2||metal anodes:2||Potassium ion batteries:2||Lithium metal battery:2||Nanoporous carbon:2||lithium metal anode:2||SEI layer:2||hard carbon:2||Hybrid capacitor:2||전기 자동차:2||lithiumion batteries:2||Carbon electrode:2||MXene:2||Cointercalation:1||pseudocapacitance:1||Nanopatching:1||Pyropolymer:1||graphite:1||nanosubstrate:1||Protective layer:1||Carbon nanoweb:1||Macroporous carbon:1||current collectors:1||magnesium ions:1||Graphene nanosheet:1||hydrogen evolution reaction:1||zinc metal anode:1||비즈니스 수명주기:1||전기차 배터리:1||Anodeminimized:1||alkaliion storage mechanism:1||Crystallinity:1||Carbonization:1||cathode:1||heteroatom:1||Jonscher power law:1||Metal capacitor:1||lithiummetal anodes:1||anodes:1||sodium ions:1||Lithiophilic substrate:1||Potassiumion batteries:1||Ti(3)CNTx:1||Defect:1||Ti vacancy:1||Liion battery:1||pyroprotein:1||Demandpull theory:1||Interactive model:1||기술 주도적 발전 이론:1||This work was also supported by the KUKIST School Program:1||Thick cathode:1||Turbostratic carbon:1||3D structure:1||friendly materials:1||Pseudocapacitor:1||calciumion batteries:1||carbon substrate:1||Mg battery:1||Hard carbon:1||metal batteries:1||lithiophilic MXene:1||Electric Battery:1||Platform Strategy:1||composite:1||기술 주기:1||Technology paradigm:1||sodiumion batteries:1||Graphitic carbon:1||Turbostratic:1||non&#8208:1||Cathode:1||Gas barrier film:1||Catalytic layer:1||Graphene nanoribbon:1||Sodium ion batteries:1||metal anode:1||Li metal batteries:1||Patterned Cu foil:1||Multivalent ion:1||multivalent ion:1||플랫폼 전략:1||hybrid anode:1||sulfurdoped carbon:1||hard carbon anode:1||porefilling mechanism:1||sodium&#8208:1||Carbon nanotube:1||Sodium metal battery:1||Anode engineered:1||Liion:1||Polymer nanocomposite:1||Reduced graphene oxide:1||redox flow battery:1||2,2,6,6tetramethylpiperidineloxyl (TEMPO):1||dielectric relaxation:1||Metal battery:1||anode materials:1||3Dstructured:1||lithium composites:1||graphitic carbon:1||Turbostratic graphite:1||Dual ion batteries:1||Pyrolytic carbon:1||carbon template:1||sulfur doping:1||Business Life Cycle:1||Nanoconfinement effect:1||Multivalent batteries:1||silicon anode:1||상호작용 모형:1||Technologypush theory:1||Lithiophilic electrode:1||Nanobridging:1||Conductive nanofibrillar network:1||Intercalation:1||doublewalled carbon nanotube (DWNT):1||protective bilayer:1||biodegradable batteries:1||eco&#8208:1||toxic materials:1||ion rechargeable batteries:1||Functionalized carbon:1||onionlike carbon:1||carbon felt:1||polymer electrolyte membranes:1||Nanostructured carbon:1||magnesiophilic:1||Li2O2:1||nanostructured electrodes:1||electrodes:1||multivalent ions:1||Waste plastic:1||carbon electrode:1||Ionic liquid electrolyte:1||Energy storage system:1||Electric vehicle battery:1||Solidsolution intercalation:1||largearea lithium metal anode:1||selective surface lithium deposition:1||Bacterial cellulose:1||Ca batteries:1||Carbon materials:1||waste biomass:1||upcycling:1||anodeminimized Li metal batteries:1||silk:1||Iron disulfide:1||Catalytic template:1||LiO2 batteries:1||Electrolyte additive:1||Defective carbon:1||도입기:1||Electric Vehicle:1||capacity retention:1||에너지 저장장치(Energy Storage System):1||수요 지향적 발전 이론:1||기술 패러다임:1||Polyhydroxyalkanoate binder:1||heterogeneous lithium deposition reaction (LDR):1||Mesoporous carbon:1||Ultramesopore:1||Cellulose nanocrystal:1||frequency dependent conductivity:1||Nanohybrid:1||Carbon nanofiber:1||Fluoroethylene carbonate:1||charge storage mechanisms:1||supercapacitors:1||Aluminum metal anode:1||aqueous batteries:1||Introduction:1||Electric battery:1||Electric vehicle:1||Technology life cycle:1||Surface engineering:1||3D scaffold:1||intercalation propensity:1||

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