New materials for “quantum” storage of electric power

Abstract The dielectric constant and the loss tangent of such nanostructured materials as MCM-41 with encapsulated into its pores, the ferroelectric liquid crystal (LC) or rhodamine 6G and B dyes, as well as the characteristics of the intercalated GaSe by the L-aspartic acid (LAA) are investigated. Influence of microwave irradiation on characteristics of the MCM-41 nanohybrid and impact of illumination along the crystallographic c -axis on the GaSe nanostructure are described.