Functioning Features of Liquid Crystalline Cells Doped with CoFe2O4 Nanoparticles

The first experimental results on the functioning of liquid crystal cells doped with CoFe2O4 nanoparticles are presented. Transmission spectra in visible and near-infrared range, dynamic parameters Fredericks effect, refractive characteristics, as well wetting angles mesophase sensitized surfaces have been obtained. measured were K8 Crown glass, conductive ITO treated a surface electromagnetic wave. experiment was performed order to establish prospect using such reliefs novel composite orientator nanoparticles. A color change matrix, its coefficients alterations, variation inclination angle droplets considered established. time reaction medium relaxation measured. It proposed that composition is kind an immersion preserves properties introduced nanoparticles, which expands their application scope optoelectronics biomedicine.