… of versatile interest were started using GO instead of graphene … On the other hand the
electrochemical method was followed … as an efficient photocatalyst for the decolorization process. …

… Copper oxide and reduced graphene oxide nanoparticles find their applications in: energy
storage, anti-fouling coating, electrochemistry, … The formation of the embedded CuO within the …

… an attempt to combine the benefits of the two metals [41]. In fact, metal–carbon nanocomposites
are very efficient … morphological, structural and electrochemical properties along with the …

… Raman spectroscopy is a versatile tool for analyzing the … 15%)-MFC 60 as an effective ORR
catalyst in the charge control … of metallic Cu witnessed a high electrochemical ORR activity in …

… an effective strategy for improving electrochemical efficiency [… homogenous ferrite NPs
embedded in graphene nanosheets (… be one of the most effective techniques for increasing the E …

… AgNP nanohybrids have been effectively produced using an … is one of the most effective
methods to remove heavy metals … potential in CO 2 capture and its electrochemical, thermal, or …

… copper oxide-graphene oxide (CuOSA/GO) nanohybrid were prepared by an efficient, eco-…
studied because of their highly stable nature under electrochemical reaction conditions [7]. …

… Reducing graphene oxide (GO) by different reducing agents, can eliminate insulating …
yield reduced graphene oxide (rGO), which has enhanced uses in electrochemical and storage …

… ) and copper oxide nanoparticles (CuONPs) were embedded … to be recommended for
versatile biomedical applications. … , electrochemical and microwave irradiation [36]. However, the …

… Recently, highly effective cathodic photoredox … Electrochemical stability is a factor that can
be used to further … -2 electrocatalyst shows high electrochemical stability with constant applied …