Technology for fabrication of polymer magnetic nanocomposites possessing good conductivity and self-healing properties

Author: Tsisana Gavasheli
Co-authors: G Mamniashvili, T.Gegechkori,, G. Ghvedashvili
Keywords: magnetic carbon nanopowders, polymer composites, stimulated diffusion, self-healing, self-organization, resistance.
Annotation:

The technology of fabrication of polymer nanocomposites on basis of carbon nanoparticles doped by cobalt nanoclasters, was developed. Their good conductivity, self-healing and adhesion properties were demonstrated by applying the combined action of temperature, pressure, steady and alternating magnetic fields to stimulate diffusion of magnetic nanoparticles in direction to defect sites. Due to these properties fabricated magnetic polymer nanocomposites could have perspective for potential practical applications.

Lecture files:

Technology for fabrication of polymer magnetic nanocomposites possessing good conductivity and self-healing properties [ka]
კარგი გამტარობის და თვითაღდგენის თვისებების მქონე პოლიმერული მაგნიტური ნანონაწილაკების წარმოქმნის ტექნოლოგია [ka]