ScholarWorks@Dongguk University: Savariraj, Antonysamy Dennyson

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Savariraj, Antonysamy Dennyson (데니슨)

College of Natural Science (Department of Chemistry)

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Hybrid supercapacitor:6||Energy storage:3||2D nanosheet:2||Density functional theory:2||3D microflower:1||Alkaline supercapacitor:1||Batterytype material:1||Batterytype redox reactions:1||Bifunctional catalyst:1||Binderfree architectures:1||Binderfree electrode:1||Cathodic electrodeposition:1||Charge transport:1||Co 3 O 4 nanostructure:1||CoWO4:1||Cobalt phosphide:1||Electrochemical property:1||Energy density:1||Energy storage devices:1||Fermi level:1||Heat treatment temperature:1||Heterojunction:1||High energy density:1||Insitu sulfur doping:1||Interfacial electronic coupling:1||Ion beam irradiation:1||Layered manganese oxide:1||MXene:1||MXeneTransition metal oxide composites:1||Mesoporous network:1||Metal organic framework:1||Metal organic frameworks:1||Microsheet:1||Monometallic phosphide:1||Nanofiber:1||Nanostructures:1||NiCo carbonate hydroxide:1||NiCo hydroxide:1||NiFeLDH:1||NiWO4:1||Nucleation mechanism:1||Redox reactions:1||Sodiumion storage:1||Specific energy:1||Supercapacitor:1||Supercapattery:1||Surface chemistry:1||Symmetric device:1||Tunable interlayer spaces:1||Vanadium diphosphide:1||WO3:1||Wormlike nanoarchitecture:1||cobalt carbonate hydroxide:1||cobalt manganese selenide:1||electrodeposition:1||hybrid supercapacitor:1||metal node engineering:1||metal organic frameworks:1||synergetic surface tailoring:1||1D2D nanoarchitecture:1||tin oxide:1||2dimensional sheets:1||2D interlayered:1||2D nanosheets:1||

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