ScholarWorks@Dongguk University: Palem, Ramasubba Reddy

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Palem, Ramasubba Reddy (팔렘라마스바레디)

College of Life Science and Biotechnology (Department of Biomedical Engineering)

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Supercapacitor:4||Cyclic stability:4||Electrochemical:3||OER:2||Guar gum:2||Oxygen evolution reaction:2||Electrocatalyst:2||Bioreductant:2||Electrochemical properties:2||stability:2||biotic and abiotic stress:2||Biopolymers:1||Caboxymethyl cellulose:1||Carbon sequestration:1||Carboxy methyl cellulose:1||Carboxymethyl cellulose:1||Cas9:1||Cas9 activators:1||Catalysis:1||Cellulose:1||Cellulose graphitic carbon:1||Cellulose nanocrystals:1||Cellulose nanofiber:1||Cobalt ferrite:1||Cobalt oxides:1||Contents:1||Copolymers:1||CuO/MnO2:1||CuO@MnO2:1||DES:1||DPPH:1||Drug release:1||Dye degradation:1||Electrochemical property:1||Energy storage:1||Environmental remediation:1||Faradaic efficiency:1||Fe2O3@CNT:1||Graphene oxide (NGO):1||Graphitic carbon:1||Heterogeneous catalysis:1||Hierarchical nanostructures:1||Invitro cytocompatibility:1||Ionic liquid:1||Iron oxide:1||Longterm durablity:1||Magnesium diboride:1||Mechanism:1||MgB<sub>2</sub>:1||Mobility:1||Ndoped MWCNT:1||NMWCNT:1||Nanocellulose:1||Nanocomposite:1||Nanocomposite hydrogel:1||Nanocomposites:1||Optical studies:1||Organic reactions:1||Pnitrophenol:1||PDT:1||PPy:1||Palladium nanoparticles:1||Photocatalyst:1||Photocatalyst:1||Physicochemical properties:1||Plant extract:1||Polymer:1||Polymerclay hydrogels:1||Prussian blue:1||Pyrolysis mechanisms:1||Reactive Yellow 4G:1||Reusability:1||Ruthenium:1||Ruthenium nanostructure:1||SARSCoV2:1||Silver nanoparticles:1||Stabilityreusability:1||Supercapacitance:1||Threeelectrode configuration:1||TiB<sub>2</sub> nanosheets:1||TiB2:1||Titanium boride:1||Top Gate/Bottom Contact:1||Transistors:1||Ultrasonication:1||V2O5:1||Wound healing:1||Zinc cobaltate structure:1||Zinc oxide:1||administrative controls:1||alphaglucosidase activity:1||antibacterial activity:1||anticancer agents:1||ballmilling:1||biobased production:1||biosensor:1||brassinosteroid:1||cellulose nanocrystal:1||cisacting regulatory elements:1||cobalt oxide:1||colon cancer:1||conducting interface:1||conducting polymers:1||copper phthalocyanine:1||coronavirus:1||coumarin:1||cyclic voltammetry:1||dark fermentative hydrogen production:1||electrocatalyst:1||electrode materials:1||emerging pollutants:1||engineering controls:1||genetic engineering:1||hierarchical nanostructure:1||horticultural crops:1||hydrogels:1||laccase:1||mechanochemical grinding:1||metal oxides:1||molecular docking:1||molecular dynamics:1||monitoring:1||nano islands:1||nanofertilizers:1||nanoimmobilization:1||nanoparticles:1||nutritional value:1||optical:1||oxygen evolution reaction:1||pHsensitive:1||palmyra palm kernel:1||pandemic crisis:1||perovskites:1||phenolic compounds:1||photocatalytic activity:1||polyhydroxyalkanoates (PHA):1||polypyrrole:1||polysaccharide:1||pyrazole:1||qRTPCR:1||risk assessment:1||risk mitigation:1||silver nanoparticles (Ag NPs):1||sodium lignosulfonate:1||solidstate device:1||stable:1||supercapacitor:1||supercapacitors:1||symmetric supercapacitor:1||synthetic metal:1||titanium nitride:1||volatile fatty acids (VFAs):1||3D network structure:1||αFe2O3:1||5fluorouracil:1||Agronomic applications:1||And supercapacitor:1||And supercapacitor application:1||Anthropogenic:1||Ball milling:1||Biochar properties:1||Biocompatibility:1||Biogenic synthesis:1||Biomass feedstocks:1||

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