Published Paper Details:

This paper reveals that the dielectric properties and other physical properties, for example, electrical conductivity (AC) and unwinding time or initiation vitality have been read for two frameworks unadulterated LC [V]6,6, [V]7,6, [V]8,6, [V]6,7, [V]7,7 and [V]8,7 and their doped with silver nanoparticles. The outcomes show the expanding in genuine dielectric permittivity ? with expanding length terminal chain. So the genuine dielectric permittivity expanding with raising temperature. To think about between the estimations of (400) Hz and (4000) Hz we watch these qualities at the low recurrence are bigger than that in high recurrence. By and large, one can see that the doping of Ag nano particles viably diminished the permittivity of the LC materials with its huge electric dipole second. The electrical conductivity ? esteem for unadulterated LC tests as a rule increments with expanding temperature. So we watched expanding of electrical conductivity esteems at high recurrence. The time scale is talked about as far as the Arrhenius plot. For the most part, with expanding the temperature the timeframe that spends by atoms at the change state will increment. The initiation vitality Ea esteems show the expansion in the enactment vitality to the doped frameworks.