ScholarWorks@Dongguk University: Inamdar, Akbar Ibrahim

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Inamdar, Akbar Ibrahim (이브라힘)

College of Advanced Convergence Engineering (Division of System Semiconductor)

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Tel 02-2260-3770
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Supercapacitor:16||oxygen evolution reaction:12||electrocatalysis:9||water splitting:8||Electrocatalysis:6||Photoluminescence:4||Electrodeposition:4||Oxygen evolution reaction:4||Electrochromism:4||Electrochemical supercapacitor:4||RF sputtering method:3||Chemical bath deposition:3||Energy storage:3||Water splitting:3||CuCo2O4:3||Liion batteries:3||Polyaniline:3||Liion battery:3||Graphene:3||Solar cell:3||hydrothermal growth:3||Cyclic voltammetry:3||Thin film:3||supercapacitor:2||Overall water splitting:2||Cu2ZnSnS4 (CZTS) thin films:2||Sulfurization:2||tungsten oxide:2||Supercapacitors:2||electrochemistry:2||electrochromism:2||Oxygenexcess tungsten oxide:2||energy generation:2||energy storage:2||Nanoflakes:2||Nanograin:2||heterostructure:2||hydrogen evolution reaction:2||hydrogen generation:2||RFmagnetron sputtering:2||Electrode:2||Nanoparticles:2||lithiumion battery:2||Anode material:2||CuCo2O4 nanosheets:2||Hydrogen evolution reaction:2||Decarbonization:2||Compost:2||MoS2:2||Multifunctional electrode:2||Optical properties:2||Sputtering:2||smart window:2||Stacked metallic precursor films:2||Gold:1||Graphene nanohoneycomb sponge:1||Graphitic carbon:1||Green hydrogen:1||Green hydrogen generation:1||Green tea:1||Green tea waste:1||Greenhydrogen:1||HeterostructuredMOFs:1||Hydrothermal:1||Hydrothermal growth:1||Impedance spectroscopy:1||Inorganic salt electrode:1||Interfacialtunning:1||In₂S₃/In₂O₃interface:1||Junction property:1||Kesterite Cu2ZnSnS4:1||Layered double hydroxide:1||Li2ZnTi3O8 anode:1||Lithiumion batteries:1||Magnetron sputtering:1||Manganese oxide nanoflake:1||Mesoporous nanosheets:1||Metalsemiconductor junction:1||Mgdoped Zinc sulfide:1||Microbial fuel cell:1||MnCu oxides:1||Mndoped Zinc sulfide:1||Morphological:1||Multifunctional:1||Nanomorphology:1||Nanoflake morphology:1||Nanofoam structure:1||Nanograin tungsten oxide:1||Nanostructured nickel hydroxide:1||Nanostructured zinc oxide:1||NiMo oxide nanoflake:1||NiPANI composite:1||NiCo LDH:1||NiFe layered hydroxide:1||NiFeCo oxide:1||NiMn LDHs:1||NiMoO4:1||NiO:1||Nickel cobalt hydroxide:1||Nickel cobalt oxide:1||Nickel ferrite:1||Nickel oxide:1||NixV1xLDH:1||Oxidant:1||Oxygen evolution reaction (OER):1||Photoelectrocatalysis:1||Polysulfideoxidation:1||Power:1||Prussian blue:1||RS direction:1||RS mode:1||RTP sulfurization:1||Raman spectroscopy:1||Rapid thermal annealing:1||Rapid thermal annealing process:1||Resistive switching:1||Rice husk ash:1||Ruthenium Oxide:1||Ruthenium oxide:1||SILAR:1||SILAR technique:1||Silver/manganese oxide/polyaniline nanocomposite:1||Single step electrodeposition:1||Smart supercapacitor:1||Solvothermal process:1||Sonochemical preparation:1||Spray pyrolysis:1||Structural:1||Successive ionic layer adsorption and reaction:1||Sulfoselenization:1||Supercapacitor electrode:1||Temperature effect:1||Thermal annealing:1||Thin film solar cell:1||Thin film solar cells:1||TiOX:1||Transport:1||Ultrahigh specific discharge capacity:1||Ultrafast charging:1||Urea:1||Urine:1||Wateroxidation:1||White cement:1||Zinc sulfide:1||ZnS:1||activated carbon:1||alphaMnO2:1||ammonium fuel:1||anion exchange:1||anode material:1||bimetallic:1||bimetallic NiV oxide:1||binderfree film:1||cadmium sulfide:1||carbonneutral:1||carbonrich compost soil:1||chalcogenide CuCo2S4:1||chemical etching:1||chemical solution growth:1||compost soil:1||conducting polymers:1||controlled nanoporosity:1||density molulated film:1||double perovskite:1||ebeam evaporation:1||electrochemical overall water splitting:1||electrochemical properties:1||electrochemical supercapacitor:1||electrochemical supercapacitors:1||electrochromic supercapacitor:1||electrodeposition:1||electronegativity:1||energy:1||facile hydrothermal growth:1||ferricyanide:1||fuel cell:1||heterostructure catalysis:1||in situ phase transformation:1||ionic liquids:1||layered double hydroxide:1||layered nickel hydroxide:1||metalorganic framework:1||morphological evolution:1||morphology engineering:1||morphology tuning:1||nanocluster intercalation:1||nanocomposite:1||nanosheets:1||nanostructures:1||oblique angle deposition:1||optical modulation:1||overall water splitting:1||oxygen ion migration:1||photoelectrochemical properties:1||power law analysis:1||rGO:1||rGONiO composite:1||resistive switching:1||silicon nanocrystal:1||solar cell:1||supercapacitors:1||switching time:1||thin film:1||tin sulfide:1||ultrahigh current:1||ultrafast response:1||urea fuel cell:1||urea oxidation reaction:1||ureaelectrolysis:1||wastewater:1||wastewater treatment:1||water electrolysis:1||water oxidation catalysis:1||Activated carbon:1||zinc stannate:1||Ammonium:1||Ammonium fuel:1||Annealing effect:1||Annealing temperature:1||Binder free anode:1||Bio brick fuel cell:1||Biocatalytic:1||Biocatalyst:1||Biomass:1||Biomass resource:1||Bipolar:1||Buffer layer:1||Ca(NO3)(2):1||Carbonnanotubes:1||Chargedischarge measurements:1||CoxFeyAlz hydroxide:1||Cobalt phosphate hydrate:1||Coincell:1||Composite:1||Concrete building materials:1||Controlled morphology tinning:1||Copper phosphide:1||Copper zinc tin sulfide:1||Covalent organic frameworks:1||Cow dung compost soil:1||Crystaldisorder engineering:1||Crystalline/amorphous:1||Cu Substrate:1||Cu(OH)(2) nanorod network:1||Cu2ZnSn(SxSe1x)(4) absorber:1||Cu2ZnSnS4:1||Cu2ZnSnS4 absorber:1||CuCo2S4:1||Defects:1||Electrocatalyst:1||Electrocatalyst:1||Electrocatalytic water splitting:1||Electrochemical active surface area:1||Electrochemical electrode:1||Electrochemical energy production:1||Electrochemical properties:1||Electrochemical study:1||Electrochemical water oxidation:1||Electrochromic display:1||Electrolyteengineering:1||Electronegativity:1||Energy:1||Energy storage and energy conversion:1||Fast charging anode:1||Fermi level:1||Flexible substrate:1||Fuel cell:1||Generation of green hydrogen energy:1||

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