SYNTHESIS AND CHARACTERIZATION OF GRAPHENE BASED COMPOSITES

Science

Growing concerns about energy and environmental problems over the past decades have allowed researchers to focus more on water treatment with a spread of techniques and to form portable water suitable for renewable purposes. Likewise the present energy problem are often solved by building hybrid electrode materials with improved performance that not only solves the issues but also helps us to beat future energy demand. Graphene has received a good range of attention in its use in nano electronics, catalysis, batteries, sensors and super capacitors. thanks to the superb and distinct properties of graphene like the vast earth, high electron mobility and energy efficiency, high thermal stability and mechanical properties, the essence is as powerful as electro catalyst and provides advances within the field of electrochemistry. The union of GO and metal oxide nano composites removes barriers to their individual operation. during this article the thesis graphene oxide was used because the basic matrix for the formation of metal oxides, plasmonic and ternary composites and was observed, tested for exposure to sunlight driven by photo catalysis and enormous electrodes.

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