Study of Improved Dielectric Properties of Some Technologically Important Flexible Inorganic Oxide-Polymer Composites

The various parameters were analysed district-wise were, total forest cover; dense forest cover, open forest cover, scrub area and total percent change in the area under

Dielectric constant ε′ and loss ε′′ of dry samples of clay, siliceous earth, fuller’s earth, gypsum, lignite, calcite, tourmaline and magnesium rock of

These noticeable results reveal that dielectric constant and electric modulus analysis are important to study the electrical percolation threshold in ion conducting polymer

Surface structure of thin silver films (200~,) on two technologically important films, indium tin oxide (ITO) and aluminium oxide, has been studied using scanning tunneling

prepared solid polymer electrolyte based on Polythene oxide as polymer, LiPF 6 as salt and carbon nano tube as filler and studied the electrical and thermal

(i) Synthesis of sodium ion conducting polymer electrolyte by solution cast technique (ii) Structural characterization of polymer electrolyte by X-ray diffraction technique (iii)

During test check of records (July 2014 to February 2017), Audit noticed 39 persistent irregularities regarding non fulfillment of export obligation, short levy of duty on

a) The interest was wrongly computed by ITD, in 76.68 per cent 93 of cases of the sample of 6,217 selected out of a population of 8,35,727 records, either due to