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Reduced graphene oxide metal oxide nano heterostructures as electrode materials for super capaciter applications

By: Material type: TextTextPublication details: University of Kerala Department of Chemistry, Sree Narayana College for women, Kollam 2024Other classification:
  • E140-191-2:281:(D66,1-92)
List(s) this item appears in: 18.10.2024
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Item type Current library Home library Collection Call number Status Date due Barcode
PhD Thesis PhD Thesis Kerala University Library Thesis Kerala University Library Thesis E140-191-2:281:(D66,1-92) R4 (Browse shelf(Opens below)) Not for loan G45515
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E113-182-2:(D92)obG:55 R3 Biofabrication of nano copper oxide, iron oxide, nanocurcumin and their composites for sustainable environmental cleanup and potential biomedical applications E113-23-5,5-6:4(C51:38) R3(RT) Synthesis, characterisation and application studies of copper and zinc complexes or N, N'-disubstituted thiourea Ligands in nano synthesis, biological processes and photo catalysis E122-182-2:(D92)obLZ3 R3 Bio nanocomposites of calcium oxide and calcium ferrite for environmental and biomedical applications E140-191-2:281:(D66,1-92) R4 Reduced graphene oxide metal oxide nano heterostructures as electrode materials for super capaciter applications E140(D92):(C51:73)0bD65,3 R4 (RT) Design and development of carbon dots nano structures for sensing and imaging E141-688:(LZ3:(D92)obL:47253:55-6) R4(RT) Fabrication of functionalized polysaccharide and mesoporous silica nanoparticles for the controlled and targeted delivery of anti cancer drugs E14:225oj15:398 R3 Synthesis and characterization of surface functionalized biopolymers and graphene embedded layered clays for the adsorptive recovery of heavy metals and inorganics from aqueous media

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