ScholarWorks@Gachon: Sreedhar, Adem

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Sreedhar, Adem (ADEM SREEDHAR)

BioNano Technology (반도체물리학과)

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ZnO:10||Photocatalysis:5||Interfaces:5||Photoelectrochemical water splitting:5||MXene:4||Energy density:4||Ti3C2 MXene:3||Photoelectrochemical:3||Surface modification:3||Photodetector:3||Plasmonic:3||Electrochemical impedance spectroscopy:3||Gas sensing:2||Hole scavenger:2||Photocurrent:2||CuO:2||Nanostructure:2||Nanostructures:2||Nanowires:2||Supercapacitor:2||Supercapacitors:2||Hybrid supercapacitors:2||Surface interface:2||Hydrothermal:2||Thin films:2||Potentiodynamic:2||Films:2||Optical properties:2||Methylene blue:2||Responsivity:2||H2 production:2||Broadband:2||Electrodes:2||PEC water splitting:2||Dopant:2||Water splitting:2||Energy:1||Energy storage:1||Ethanol:1||Evaporation:1||Fterminated MXene:1||Ferroelectric Hf0.5Zr0.5O2 films:1||Fiber:1||Flexibility:1||Flexible supercapacitor:1||Freshwater:1||Gassensing:1||Grain growth:1||Graphitic nature:1||H 2 production:1||H2 generation:1||H2O2:1||Heat treatment:1||Hierarchical nanostructures:1||Hybrid composite:1||Insitu oxidation:1||Infrared:1||Intercalation:1||Intimate interface interaction:1||Ionic conductivity:1||Li incorporation:1||Liair batteries:1||Li1+xAlxZr2x(PO4)3:1||MAX phase:1||MCN/ AgMCN nanocomposite:1||MXenederived composites:1||MXenes:1||Membrane:1||Mesostructured graphitic carbon nitride (MCN):1||Metalferroelectricmetal capacitors:1||Mixeddimensional:1||Monoclinic:1||Multifunctional:1||N2 reduction:1||NO2 gas sensing:1||Nanobelt/flakelike interface diffusion:1||Nanocubes:1||Nanoflowers:1||Nanorods:1||Ni(OH)2:1||Nidoped ZnO:1||NiO:1||Nitrogendoped carbon nanoonions:1||Nonvolatile memory:1||Organic dyes:1||Organic pollutants:1||Orthorhombic NiNb2 O6:1||Oxygen vacancies:1||PEC activity:1||PEC watersplitting:1||Partial pressure:1||Photocatalytic degradation:1||Photocurrent density:1||Photocurrents density:1||Photodegradation:1||Photoelectrocatalytic:1||Photoelectrochemical activity:1||Photoelectrode:1||Photoelectrodes:1||Porous carbon:1||Post metallization annealing:1||Pyrolysis method:1||Reactive sputtering:1||Reduction:1||Remnant polarization:1||Room temperature:1||Sscheme heterojunction:1||Schottky barrier:1||Self power:1||Semiconductor:1||Semiconductors:1||Si doping:1||Si@TiO2/Ti3C2Tx heterostructure:1||Solar desalination:1||Solid electrolyte:1||Solvothermal:1||Stability:1||Stable water splitting:1||Strontium:1||Structural properties:1||Structural studies:1||Sulfurization:1||Supercapattery:1||Surface plasmon resonance:1||Ternary transition metal oxysulfides:1||Ti3C2:1||Ti3C2/TiO2:1||Ti3C2Tx:1||TiO2:1||TiO2/Ti3C2Tx heterostructure:1||TiO2/WO3 film:1||Ultraviolet:1||V2O5:1||V2O5Bi2O3 nanosheets:1||VO2:1||Visible:1||Visible light water splitting:1||Visiblelight:1||Water splitting activity:1||bimetallic sulfide:1||chargecarrier separation:1||cycling stability:1||dopant:1||energy density:1||fabric gas sensors:1||impedance spectroscopy:1||methanol solvent:1||monoclinic CuNb2O6:1||multidimensional nanostructures:1||multiple gases:1||nickel:1||palladiumdecorated ZnO nanorods:1||photoelectrocatalytic:1||solvothermal:1||strain endurance:1||supercapacitor:1||thin films:1||1D TiO2 nanobars:1||water splitting:1||2D Ti3C2 MXene:1||2D materials:1||Adsorption:1||Ag nanowire:1||Ag plasmonic:1||Ag/Sb ratio:1||AgNWs:1||AgSbS2 thin films:1||Aqueous electrolyte:1||Band alignment:1||Band bending:1||Bandbending:1||Bilayer:1||Bi2Te3:1||Bismuth oxyhalides:1||Bismuthoxyhalides:1||CO2 reduction:1||Carbides:1||Carbon integration:1||Cathodic current:1||CdTe nanorods:1||Charge transport:1||Chemical properties:1||Composites:1||Coreshell:1||Cr(VI):1||Crystal violet:1||CuCo3O4:1||DFT calculations:1||Detectivity:1||Discrete TiO2 nanospheres:1||Electrochemical activity:1||Electrochemical properties:1||Electrolyte:1||Electron transfer:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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