Nanocomposites and nanomaterials

Hybrid nanocomposites on the base of inorganic dielectric oxides

Nedilko S.G.
Taras Shevchenko National University of Kyiv. Volodymyrska st., 64/13, Kyiv-01601, Ukraine 
E-mail: snedilko@univ.kiev.ua

Today, nanocomposite materials containing various type of compounds (inorganic, organic, polymers, dielectric and semiconductors) are widely studied as they are perspective to be used in various fields of science, technology and daily activity. Hybrid composites filled with inorganic both simple and complex dielectric oxides attract large attention among similar materials. They combine properties of individual components and at the same time, they can reveal the set of new characteristics. 
In this work we present brief overview concerning recent progresses in developing of new type of hybrid nanocomposites, especially as concerns transparent composite materials. 
Besides, we present the results of own study in this field. Special attention is paid to interaction between composite components and to the effect of the interface on properties of composites. 
These effects are discussed on examples of the some nanocomposites. There were polymer-oxide, nanocellulose - graphen, oxide – carbon nanotube, oxide – carbon, and glass-ceramics composites.  
The results both of experimental and theoretical (computer simulation) studies are presented and discussed.