Enhancement of Electromagnetic Properties of Conducting Nanostructures Using Controlled Patterns

Abstract

We have studied the enhancement of electromagnetic properties of conducting nano structures. For this purpose the controlling method was used. The electronic properties of low dimensional semiconductor and met al.lic structure were studied. The plasmonic devices are useful in this study. The study of persistent currents using microscopic materials were studied. The electric and magnetic susceptibilities having nanostructures were studied. In this case shape, size and temperatures were taken into accounts. The properties of met al.lic nanoparticles were presented. The study of diamagnetic-paramagnetic transitions were studied at different temperatures. It was found that susceptibility decreased exponentially when temperatures were increased. At high temperatures susceptibility turned into weak paramagnetic nature. The paramagnetic-diamagnetic transitions were demonstrated and it was found that there were multiple flips at intermediate temperatures