A study of process and techniques of transition metal oxides
Dr. Muralidhara K
Nano structured transition-metal oxides display magnificent properties, for example, ferromagnetic, ferroelectric, photoluminescence and semi conductive practices, and so on. The band hole and electronic structure of these oxides can be controlled by size and measurements; they can likewise be utilized as a part of an extensive variety of utilizations including microelectronics, energy storage, sensors, and biomedicine because of their tunable concoction and physical properties. Here, we give a far reaching survey of the controllable growth of some common change metal oxide nanostructures. At that point impact of oxygen plasma treatment on the mechanical properties of ZnO nanorods has been examined. A ZnO nanorods was used to enhance the yield vitality. Co3O4 nanostructures though the impact of anions and used one of the nanostructure to build up a quick and solid pH sensor. At last to take the benefit of higher level of redox science of NiCo2O4 contrasted with the single period of nickel oxide and cobalt oxide, a delicate glucose sensor is created by immobilizing glucose oxidase. Be that as it may, there were issues with the mechanical vigor, lifetime, yield steadiness and environmental versatility of such gadgets, in this way more work is going ahead to discover new ways and means keeping in mind the end goal to enhance the execution of created Nano generators and sensors.