In the case of nanocrystals you can measure only the dielectric porperties of powder aggreggates or dilute suspensions/dispersions e.g. in insulating liquids. From the latter you can calculate back the dielectric properties of the inclusions if you know the dielectic properties of the suspending liquid. It has some inaccuracies, however. The mixture formulae are not fully exact, therefore the result you obtain will depend somewhat on the fomula you choose. The other problem is that the mixture formulae are based on continuum theories. In the case of nanonparticles, however, you are at the limit of continuum theories, therefore you will obtin a kind of "effective" dielectric parameter for the filler. I attach an article on dielectric mixture formulas.
Thanks prof.Banhegyi for your nice attention related to my question, really the attachments are helpfull for us.
Dear colleague Anjani Kumar
Have nice time and good day.
Herein fined an attach file contains a paper titled as: "Optical Properties of Nano 5,10,15,20-Tetraphenyl-21H,23H-Prophyrin Nickel (II) Thin Films"
day.can use it as a solved example for the available parameters that you can calculate for nano crystalline materials.
Hope it is useful and help you.
yours
A. Eldenglawey
Dear Dr. Anjani Kumar
Have nice time and good day.
Herein, You will find in the appended link my new article which will give you all dielectric parameters and the relation between them, in addition some other parameters.
I Hope it helps you in your study.
yours,
Ahmed Saeed hassanien
https://www.researchgate.net/publication/294426798_Studies_on_dielectric_properties_opto-electrical_parameters_and_electronic_polarizability_of_thermally_evaporated_amorphous_Cd50S50-xSex_thin_films
Article Studies on dielectric properties, opto-electrical parameters...
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