Properties and Practical Application of Nanoporous Silicate Matrices, Filled withMixture of NaNO2 and BaTiO3 Ferroelectrics. influence of Co- Encapsulation

Abstract

Results of research the characteristics of MCM-41 porous silica matrix, encapsulated into her pores bysodium nitrite and its mix with barium titanate were presented. Nature of changes the impedance frequencydispersion, electric loss tangent and dielectric permittivity of intercalates, synthesized under heating, lighting andmagnetic field were identified. The conditions, under which the synthesized nanohibrydes can be interesting interms of formation the structures of electric energy quantum battery and capacitive apexes for readinginformation from magnetic media, were found.Keywords: MCM-41 nanoporous matrix, "host-guest" system, ferroelectric, impedance, Nyquist diagram,dielectric constant, electric loss tangent, thermoinduced depolarization.