Investigation of semiconductor nanospheres, nanoellipsoids and nanorods in terms of possible applications in optic plasmon sensors

We devote our work to the theoretical investigation of optic properties in sensor materials based on semiconductor nanoparticles. In particular, we present a physico mathematical model of radiation absorption by materials based on nanospheres, nanoellipsoids and nanorods. We assess various ITO, ZnO and Sn in semiconductor state nanoparticles with various shapes in terms of sensor application. We consider and compare the sensitivity of materials based on these nanoparticles.