Integrated Matrix Incorporating Imidazole Graphene Assembled Metallic Copper and Silver Nano particles to be applicable Future Fluidic Antenna device

In that work, we get to enhance the unique conductive of imidazole from (>1 × 10−5 S cm−1 to 1.2 × 10−4 S•cm−1 using Graphene and grafting silver and copper Nano metals, which it worked as active sites and charge transfer based on Graphene barrier. Studying the electrochemical behaviors and reaction mechanism using cycle voltammetry (CVT) electrochemical technique. Results: It was reported multiple electrochemical reaction (redox) series between imidazole and their complex, in order to justify the imidazole complex. We conduct various characterization like EIS, Raman, FTIR, 1HNMR, and particle size analyzer has been performed to imidazole and their composite mixture to evaluated the conductive solution to be ready in future work as an application for the fluidic antenna device.