Numerical analysis of optical properties and equivalent electrical circuits of chemically synthesized silver and gold nanospheres

In this study, silver and gold nanospheres were produced in aqueous solution at room temperature. The morphological optical properties of the studied using scanning electron microscopy UV–visible spectroscopy. COMSOL Multiphysics software was used to investigate properties, biological equivalent circuit chemically synthesized nanospheres. Both characterized for their surface morphology properties. by dispersing them water free space as well. field distribution inside suggested possible use anticancer applications. nanoelements circuits, visible domain, also deduced plasmonic nonplasmonic spheres. have been found be useful design various components electrical circuits. Basic components, including nano-inductors, nano-capacitors, nano-resistors, measured based on