ScholarWorks@Dongguk University: Manikandan, Ramu

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Manikandan, Ramu (라무마니칸단)

College of Engineering (Department of Energy and Materials Engineering)

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Hybrid supercapacitor:7||Energy storage:5||Energy density:3||hybrid supercapacitor:3||2D nanosheet:2||Supercapattery:2||Hydrothermal:2||energy density:2||Density functional theory:2||Batterytype material:1||Batterytype redox reactions:1||Batterytype supercapacitor:1||Bimetallic phosphide:1||Binderfree architectures:1||Binderfree electrode:1||Biofilm:1||Boron carbide:1||Boronization:1||Capacity:1||Carbon matrix:1||Carbon nanofiber:1||Cathodic electrodeposition:1||Co 0.85 Se nanowires:1||Co 3 O 4 nanostructure:1||Co0.85Se microspheres:1||CoWO4:1||Cobalt phosphide:1||Cobaltbased electrodes:1||Copper selenide:1||Core/shell:1||Cycling stability:1||Denitrification:1||Dye degradation:1||Electrochemical capacitance:1||Electrochemical property:1||Electrochemical sensor:1||Electrochemical stability:1||Electron donor:1||Electrospinning:1||Extracellular polymeric substances:1||Flexible electrode:1||Heat treatment temperature:1||Heterojunction:1||Heterostructure:1||High energy density:1||High rate capability:1||Impedance:1||Insitu hydrothermal polymerization:1||Interfacial electronic coupling:1||Janus:1||Layered manganese oxide:1||Lead and cadmium heavy metals:1||Longterm stability:1||MOF:1||Marine waste Jellyfish activated carbon:1||Mesoporous network:1||Metal organic framework:1||Microsheet:1||Monometallic phosphide:1||Morphology:1||Multi component metal oxide:1||Multimetal sulfide:1||N:1||N/S doped carbon:1||Nanoarchitecture:1||Nanofiber:1||Nanostructures:1||NiCo carbonate hydroxide:1||NiCo hydroxide:1||NiCoLDH:1||NiWO4:1||Nickel boride:1||Nitrate:1||Nucleation mechanism:1||Photocatalyst:1||Polymeric precursor:1||Polyrutin:1||Porous:1||Positive electrode:1||Pouch hybrid supercapacitor:1||Redox electrochemistry:1||Redox reactions:1||Scodoped CNFs:1||SMoSe:1||SMoTe:1||SeMoTe:1||Silver nanoparticles:1||Sodiumion storage:1||Specific energy:1||Supercapacitor:1||Symmetric:1||Symmetric device:1||Symmetric supercapacitor:1||Synergistic effect:1||Temperaturedependent:1||UV light:1||Vanadium diphosphide:1||WO3:1||Water, hair and soil samples:1||Wormlike nanoarchitecture:1||ZIF67:1||asymmetric:1||batterytype supercapacitor:1||chalcogenides:1||coprecipitation:1||cobalt:1||cobalt carbonate hydroxide:1||cobalt manganese selenide:1||electrodeposition:1||energy storage:1||flexible supercapacitor:1||high energy density:1||hydrothermal:1||metal node engineering:1||metal organic frameworks:1||microsphereslike structures:1||nanonetwork:1||nanorods:1||polymer electrolyte:1||pseudocapacitiveperformance:1||pseudocapacitors:1||supercapacitors:1||symmetric supercapacitors:1||synergetic surface tailoring:1||tin oxide:1||transition metal oxides:1||transition metal sulfides:1||1D2D nanoarchitecture:1||vanadyl pyrophosphate:1||2dimensional sheets:1||2D interlayered:1||2D nanosheets:1||3D microflower:1||Alkaline supercapacitor:1||Asymmetric supercapacitor:1||Battery type redox kinetics:1||Batterytype:1||

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