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Zhigaeva, I.A. and Nikolaev, V.E. (2012) Study Based on Fluoropolymer Coronoelectrets-32L by Thermally Stimulated Relaxation of the Surface Potential. Education and Science Minister Modern Trends in Chemistry and Technology of Polymeric Materials. International Conference Abstracts St.-Petersburg, 38-39.

has been cited by the following article:

• TITLE: Effect of Aluminum Nano-Particles on Microrelief and Dielectric Properties of PE+TlInSe2 Composite Materials

  AUTHORS: E. M. Gojayev, Kh. R. Ahmadova, S. I. Safarova, G. S. Djafarova, Sh. M. Mextiyeva

  KEYWORDS: Surface Microrelief, Aluminum Nano-Particles, Dielectric Permeability, Tangent of the Angle Dielectric Loss

  JOURNAL NAME: Open Journal of Inorganic Non-metallic Materials, Vol.5 No.1, December 31, 2014

  ABSTRACT: The paper presents the results of studies surface microrelief, frequency-temperature characteristics of the imaginary part of the dielectric permittivity and dielectric loss of PE+TlInSe2 composite materials in 25。C - 150。C temperature and 25 Hz - 1 MHz frequency range before and after application of the aluminum nano-particles with a size of 50 nm. The change in the amount of semicon-ductor filler TlInSe2 and aluminum nano-particles changes the state of the surface and the frequency-temperature characteristics of composite materials PE+xvol.%TlInSe2, which allows to obtain composites with the desired dielectric permittivity and dielectric loss.