Nanoengineering of anisotropic materials for creating the active optical cells with increased energy efficiency

Abstract

In this paper the state-of-the-art for exploiting the unique physical and chemical properties of crystalline materials and their possible applications for development of crystalline nanocomposites with the tailored anisotropy were discussed. Using a method of growing crystals from a solution the KDP and TGS nanocrystalites were grown in the mezopores of the Al2O3 matrix. To investigate the developed nanocrystalline samples the X-ray analysis was used. A form of the obtained diffractograms and our calculations show the predominant crystallization of the KDP and TGS in the direction [100], which coincides with the direction of the cylindrical pores. Thus, diffractograms contain only reflexes of crystallographic planes (200) and (400). The achieved result indicates the possibility of growing of nanocrystals in mesopores of such Al2O3 structures developed by us and provides the prospect of creating optical cells with increased energy efficiency.

KH2PO4 + Host Matrix (Alumina / SiO2) Nanocomposite: Raman Scattering Insight

“…It is worth noting that the second-harmonic generation was already detected in KDP + AAO nanocomposite [1,2]. Clear manifestation of nanoscale confinement effect in the optical properties of hydrogen bonded PbHPO 4 crystal of KDP type was recently shown in paper [3].…”

Комбінований Числово-Аналітичний Метод Параметричного Проєктування Тера¬герцового Підкладкового Поляризатора На Підставі Дротяних Сіток

“…Окрім цього, для забезпечення вищих характеристик розробленого поляризатора, нанопористі композити, наповнені іншими кристалічними матеріалами, можуть бути використані як матеріал для підкладки [5,18,25]. Використання нанопористих матеріалів демонструє сприятливе застосування як чутливого елемента для оптоелектроніки [3,4].…”

Research of Nanocomposite Materials for Telecommunication Networks

“…To conduct research on optical properties, several requirements regarding the geometric dimensions and surface processing cleanliness must be met. As a result, the formed structures can be used as an active medium in the optical range [3,4]. Thus, the nanocomposites deserve attention in the quasi-optical range, whereby introducing heterogeneities, for example, changes in dielectric conductivity, the formation of slowing structures is possible, which creates possibilities for the antennas and filters development.…”