… In this paper, we report a new polyvinyl alcohol/chitosan-thermally reduced graphene modified
… The novel concept for choosing the sensing composite material is based on the following …

… Graphene and its functionalized forms like graphene nanoribbons or reduced graphene
oxide are frequently recommended as useful dielectric materials due to their ability to improve …

… Both GO and reduced graphene oxide (rGO) have great potential to be used in energy-related
applications due to their high capacitance, impressive efficiency and enhanced properties …

… in this work was much lower than the dual-signal electrochemical sensor based on
nanoporous gold and prepared by Zhang et al. [42]. Although the detection range of GCE/CS/…

… ) was prepared and electrochemical sensor based on the above … a TiO 2 -ZnO-reduced
graphene oxide nanocomposites … carbon electrode; c graphene-graphene oxide nanocomposite …

… the counter electrode, where it is reduced back to iodide by electrons arriving from the external
circuit [13]. The Chitosan@polyvinyl alcohol@reduced graphene oxide (CPG) composite …

… [30] developed an electrochemical sensor based on reduced graphene oxide-thiol-functionalized/gold
nanoparticles (rGO-SH/Au-NPs) for the detection of Hg 2+ using DPV with the …

… by using various modalities of electrochemical techniques. This review summarizes the
recent advances in developing electrochemical sensors based on numerous nanocomposite …

… In the present work, an electrochemical lead sensor based on graphene oxide-chitosan (GO-CS) …
These findings demonstrate that the fabricated GO-CS-Ag electrochemical sensor is …

… properties for application in electrochemical sensing, such as high … sensor design
improvements can enhance the performance and reliability of CuO-based electrochemical sensors…