ScholarWorks@Dongguk University: Devasahayam, Bathula Chinna

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Devasahayam, Bathula Chinna (바투라시나)

College of Engineering (Department of Electronics and Electrical Engineering)

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Tel 02-2260-8735
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Photocatalysis:6||Supercapacitor:5||Cyclic stability:5||Optical properties:4||Optical:4||Electrochemical properties:4||ZnO:4||Benzodithiophene:3||Wastewater treatment:3||Prussian blue analogue:3||Nanocomposite:3||Electrocatalysis:3||Stability:3||Electrocatalyst:3||TiO2:3||Cellulose nanofiber:3||OER:3||Nanocomposites:3||Stille reaction:3||Photocatalyst:3||Activated carbon:3||Microalgae:2||Nickel oxide:2||Microwave method:2||Ultrasonication:2||Ultrasonics:2||Green synthesis:2||Polymer:2||Biofuel:2||V2O5:2||organic fieldeffect transistors:2||oxygen evolution reaction:2||Visible light:2||OFET:2||ORR:2||Dye degradation:2||stability:2||Copolymers:2||Supercapacitors:2||Organic photodiode (OPD):2||Cobalt oxides:2||Adsorption:2||Dielectric properties:2||Morphology:2||Co3O4:2||Crystal violet:2||Symmetric supercapacitor:2||Hydrogen production:2||Energy storage:2||Palladium nanoparticles:2||Chemical synthesis:2||Graphene oxide:2||Imidazole:2||electrocatalyst:2||Bulk heterojunction (BHJ):2||Graphitic carbon:2||Nanostructures:2||DSSC:2||Methylene blue:2||Photocatalysts:2||Interfacial treatment:2||Chemical reduction:1||Chemical transformation:1||Chemosensor:1||Cicer arietinum husk:1||Clay:1||Coprecipitation synthesis:1||Co3O4CNT:1||Co3O4@gC3N4 Hybrid:1||CoS:1||Cobalt ferrite:1||Cobalt oxide (Co3O4):1||Cobalt sulfides:1||Coleus amboinicus:1||Colorimetry:1||Composite:1||Congo red:1||Conjugated copolymer:1||Contamination:1||Contents:1||Copolymer:1||Copper oxide:1||Coprecipitation:1||Corrosion resistance:1||Crystallization:1||CuO/MnO2:1||CuS/CdS:1||Cubane cage:1||Cubic hematite:1||Cyclic retention:1||Cyclic voltammetry:1||Cycling retention:1||Cycling stability:1||Cyclohexanone:1||DDA:1||DES:1||DFT:1||DFT studies:1||DSSCs:1||Deep eutectic solvents:1||Defluoridation:1||Density functional theory (DFT) studies:1||Desorption:1||Detoxification:1||Dielectric permittivity:1||Different nanostructures:1||Diketopyrrole:1||Diketopyrrolopyrrole:1||Disinfection:1||Distorted hexagon:1||Docking:1||Donor acceptor (DA) copolymer:1||Drug delivery:1||Dual emission:1||Dual sensitizer:1||Electrical properties:1||Electrochemical:1||Electrochemical impedance spectroscopy:1||Electrochemical performance:1||Electrochemical stability:1||Electrochemical study:1||Energy storage applications:1||Environmental problems:1||Environmental toxic pollutants removal:1||Epitaxial electrodeposition:1||Equilibrium modeling:1||Europium (III) doped bimetallic oxides:1||Eutectic reaction:1||Ex vivo anticancer model:1||Excellent:1||Extended aeration activated sludge:1||FTIR:1||Fe2O3@CNT:1||Field aptness:1||Florescent dyes:1||Fluorescent decay life time:1||Formamidinium cation:1||Fossil fuels:1||Frameworks:1||GC3N4:1||Goldpalladium nanoparticles:1||Graphene nanomaterials:1||Graphene oxide (NGO):1||Graphitic carbon nitride:1||Green PHOLED:1||Green catalyst:1||Guar gum:1||H2 production:1||HTM:1||Halloysite:1||Heavy metals:1||Heterojunction:1||Hierarchical nanostructures:1||High EQE:1||High current efficiency:1||Holeinduced polymerization:1||Hydrogen evolution reaction:1||Hydrogen peroxide:1||Hydrogenation:1||Hydrothermal:1||Hydrothermal reaction:1||Imidacloprid:1||Imidazole based host:1||Impedance spectroscopy:1||Indacenodithiophene:1||Interface engineering:1||Ionic liquid:1||Ionic liquids:1||Iron oxide:1||Kaolinite:1||Kinetic models:1||Layered double hydroxide:1||Leadfree:1||Liion storage:1||Lithiumion battery:1||Longterm durablity:1||Luminescence:1||MO degradation:1||MWCNT:1||Magnetically separable:1||Materials synthesis:1||Mechanical grinding:1||Mentha Aquatica:1||Mentha aquatica:1||Mesoporous carbon:1||Metal Oxide Nanocomposites:1||Metal organic frameworks (MOFs):1||Metal oxide:1||Metal oxides:1||Methylene blue dye:1||MgB<sub>2</sub>:1||Microstructure:1||Microwave reaction:1||Microwave sintering:1||Microwaveassisted gel combustion:1||MnCo2S4/HNTs composite:1||MnF2:1||MoO3 hollow rods:1||MoTe2 film:1||Mobility:1||Molecules:1||Montmorillonite:1||Municipal Sewage sludge:1||Ndoped MWCNT:1||Ndoped graphene oxide (NGO):1||N719 dye:1||NMWCNT:1||Nanocellulose:1||Nanocrystals:1||Nanoflake:1||Nanoflower:1||Nanomaterials:1||Nanoparticles:1||Nanotechnology:1||Nanotubes:1||Naphthalene:1||NiCo2O4 thin film:1||NiO:1||Nickel hexacyanoferrate:1||Nickel oxide and NMWCNT composite:1||Nitrogendoped graphene:1||Nitrophenol:1||Nonhalogen solvent:1||Onepot method:1||Optical studies:1||Optoelectronic properties:1||Optoelectronics:1||Organic reactions:1||Organocopper:1||Overall water splitting:1||Oxygen evolution reaction:1||Oxygen vacancy:1||PDT:1||PEDOT:1||PMMA dielectric:1||PPy:1||Paper sensor:1||Pd/MnFe2O4:1||PdPt nanostructure:1||Perovskite:1||Perovskite nanocrystals:1||Petal shaped morphology:1||Pharmaceutical pollutant:1||Phosphorescent OLEDs:1||Photoanode:1||Photocatalysis activity:1||Photocatalysis activity and stability:1||Photocatalytic activity:1||Photochemical:1||Photodegradation:1||Photoelectrochemical:1||Photoluminescence:1||Plasma treatment:1||Poly3butyl thiophene:1||Polysaccharides:1||Polythiophene cosensitizer:1||Porosity:1||Porous SnS2 microflower:1||Power law analysis:1||Prussian blue:1||Pseudocapacitor:1||Pulp and paper biorefinery effluent:1||Pyromellitic diimide:1||Quasi2D perovskite:1||RDG:1||Rare earth metal:1||Recyclability:1||Redox center doping:1||Redoxstate specific:1||Reduced graphene oxide:1||Reproducibility:1||Response surface methodology:1||Reusable:1||Reverse core shell particles:1||Rice husk powder:1||Rice straw:1||Rigid and flexible OSCs:1||Room temperature photoluminescence:1||Rose Bengal dye:1||Ruthenium:1||Safranin dye:1||Samarium:1||Schiff base:1||Schiff's condensation:1||Screen printing method:1||Sensor:1||Sheet resistance reduction:1||Silver deposition:1||Single crystal:1||SnO2:1||Soildstate reaction:1||Solid additive:1||Solution process:1||Solution processing:1||Solvohydrothermal synthesis:1||Solvothermal process:1||Soxhlet extraction:1||Specific capacitance:1||Srx:1||Stabilityreusability:1||Stable perovskite:1||Statistical study:1||Structural:1||SuGC@MnMoO4:1||Sucrosederived carbon:1||Sulfasalazine:1||Supercapacitance:1||Supercapacitor (SC):1||Supercapacitor and electrochemical glucose detection sensor:1||Surface modification:1||Sustainable utilization:1||Suzuki coupling:1||Suzuki reaction:1||Suzuki reactions:1||SuzukiMiyaura coupling:1||SuzukiMiyaura reaction:1||Symmetric Supercapacior:1||Symmetric electrode:1||Synthesis:1||TIPSbenzodithiophene:1||Terminal group:1||Ternary composite:1||Thermal properties:1||Thermal reduction method:1||Thermal stability:1||Thermodynamic studies:1||Thieno [3 4c] pyrrole4:1||Thin film:1||Threeelectrode configuration:1||TiO<sub>2</sub>, Dye degradation:1||TiO2 NPs:1||TiO2 nanotubes:1||TiO2@BAC:1||Tissue engineering:1||Titaniumdioxide:1||Top Gate/Bottom Contact:1||Total phosphorus:1||Transistors:1||Treatment:1||UV irradiation:1||UVvisible spectroscopy:1||Ultraviolet absorbance and photocatalysis activity:1||Universal pH based HER:1||Urea decontamination:1||Uvvisible studies:1||Vanadium pentoxide:1||Vibrational spectra:1||Visible light stimulated photocatalysis:1||Visiblelight:1||WOLED:1||Waste to energy:1||Water purification:1||Water samples:1||Zscheme:1||Zscheme heterojunction:1||ZIF8:1||Zerodimensional/twodimensional:1||Zinc cobaltate structure:1||Zr doping:1||alphaMnO2Fe3O4:1||ambipolar polymer:1||anodic film:1||ballmilling:1||benzo[1:1||bimetallic:1||binderfree:1||binderfree film:1||binders:1||bisdiketopyrrolopyrrole:1||carbazole:1||cation disordered rocksalt:1||cellulose nanocrystal:1||chemical bath deposition:1||cobalt oxide:1||complementary inverters:1||density functional theory:1||doublelayer model:1||electrodes:1||electrolytes:1||gC3N4:1||heterostructure:1||hierarchical nanostructure:1||highentropy ceramics:1||hydrogen evolution:1||hydrogen generation:1||ionexchange approach:1||isotherm modeling:1||machine learning:1||materials characterization:1||materials science:1||mechanochemical grinding:1||metal oxides:1||metalorganic framework:1||microstructure:1||nano islands:1||nanosheets:1||nanotechnology:1||nearinfrared organic photodiodes:1||niekel hexacyanoferrate:1||optical:1||overall water splitting:1||perovskites:1||polyindole (PIN):1||rGO:1||sodiumion batteries:1||sparse Gaussian process potential:1||stable:1||statistical physics model:1||supercapacitor:1||terpolymers:1||tin sulfide:1||triphenylamine:1||ultrahigh current:1||urea oxidation reaction:1||ureaelectrolysis:1||wastewater treatment:1||2b:4:1||αFe2O3:1||2D:1||3Dflower like spherical structure:1||3dmarigold:1||4nitrophenol to 4aminophenol:1||5b']dithiophene:1||6dione:1||ADMET:1||AGO:1||AGO@Alg spheres:1||Acid sensor:1||Adsorption isotherm:1||Ag nanoparticles:1||AgZnO coreshell:1||AlMnTiO nanocomposite:1||Algae production:1||Algaeflocculation:1||Alginate:1||Ammonia:1||Amperometric sensor:1||And supercapacitor:1||And supercapacitor application:1||Anthracene:1||Antibacterial:1||Antimicrobial agents:1||Aqueous medium:1||Artificial intelligence (AI):1||Asymmetric supercapacitor:1||Backelectron injection:1||Backelectron injection barrier:1||Ball milling:1||Band tuning:1||Basic Fuchsin (BF):1||Benzo[1,2b:4,5b ']dithiophenebased polymers:1||Benzoin oxidation:1||Binary heterojunction:1||Biodiesel:1||Biogenic synthesis:1||Biomedical applications:1||Biopolymers:1||Bioreductant:1||Biowaste derived graphitic carbon:1||Bithiophene:1||CNT:1||CTAB surfactant:1||Cadmium sulfide nanosheets:1||Capacitance:1||Carbazole:1||Carbon:1||Carboxy methyl cellulose:1||Cascading LUMO:1||Catalysis:1||Catalytic activity:1||Cdhexacyanoferrate frameworks:1||CdSBi2MoO6 CSHs:1||Ce:LuAG:1||CeO2:1||Cellulose graphitic carbon:1||Cellulose nanocrystals:1||Ceramics:1||Charge carrier recombination:1||

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