Synthesis and characterization of ZnO QDs - GO core-shell nanoparticles via sonochemistry

In this work, an innovative approach for the synthesis of ZnO QDs-GO core-shell nanostructures by ultrasonic bath sonochemistry is presented. This method allows the formation of nanostructures with a ZnO QDs core and outer layer of GO sheets, optimizing the formation and interaction. The proposed concentration conditions of the precursors achieve morphological control and structural properties of the nanostructures. The characterizations carried out by FT-IR, Raman and TEM confirm the successful formation of the CS structure. This work provides a significant advance in the compression and control of formation of nanohybrid structures, redesigning the synthesis for various technologies.