A REVIEW PAPER ON RECENT ADVANCES IN COMPOSITES BY CHARACTERIZATION OF GRAPHEME OXIDE FOR HIGH PERFORMANCE APPLICATIONS

Growing concerns about energy and environmental problems over the past decades have allowed researchers to focus more on water treatment with a variety of techniques and to make portable water suitable for renewable purposes. Likewise the current energy problem can be solved by building hybrid electrode materials with improved performance that not only solves the problems but also helps us to overcome future energy demand. Graphene has received a wide range of attention in its use in nano electronics, catalysis, batteries, sensors and super capacitors. Due to the excellent and distinct properties of graphene such as 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 in the field of electrochemistry. The union of GO and metal oxide nano composites removes barriers to their individual operation. In this article the thesis graphene oxide was used as 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 large electrodes.