Design and Fabrication of microplasma-electrochemical device for synthesis of nanoparticles

Recently, microplasma electrochemical method has attracted considerable attention in a wide variety of applications from bacterial inactivation to nanoparticle synthesis in liquid phases. In the typical conventional electrochemical cell, reactions take place between solid electrodes and the ionic liquids an electrolyte. In microplasma electrochemical method, plasma discharges is coupled to electrochemical systems to induct reactions without using a solid electrode in the solution. In this new method, microplasma-liquid interactions can be accelerated the electron transfer rate and accordingly enhance the rate of metallic oxide.