Dielectric properties of red sand silver nanoparticles

Abstract Nanoparticles exhibit novel physical and chemical attributes suitable for the field of electronics, optics, and electromagnetics. This study investigates the dielectric properties of silver nanoparticles (AgNPs) which are synthesized using red sand suspension. AgNPs are expected to play an important role in the diverse field of applications and they are widely used as paste conductors. In this investigation, AgNP’s dielectric parameters are determined between 20 Hz and 3 MHz in the recurrence run. The AgNPs show solid dielectric scattering, relating to the locale of alpha unwinding inside the expressed recurrence go, which is portrayed as bizarre scattering of frequencies. The conductivity expanded quickly at high frequencies, and the dielectric consistent is quickly diminishing because of the inclination of the dipoles in the AgNPs to arrange themselves in the low recurrence go toward the applied field. The estimation of the dielectric steady remained practically consistent in the high-recurrence run.