The program focuses on the synthesis, crystal and local structure, thermal and electrical properties, chemical stability of the high-temperature proton conductors with perovskite structure.
Dr. Irina Animitsa
— Materials science; inorganic materials chemistry, solid-state electrochemistry, ionics.
— Advanced ceramic materials, mainly oxides; their defect structure, diffusivity, electrical properties and electrochemistry at high temperatures.
— Hydrogen defects.
— Solid electrolytes (oxygen ion and proton conductors)
Tarasova N., Animitsa I. Novel proton-conducting oxyfluorides
Ba4-0.5xIn2Zr2O11-xFx with perovskite structure// Solid State Ionics. - 2014.- 264. - P. 69–75.
Tarasova N.A., Zhuravlev N.A., Animitsa I.E., Denisova T.A., Baklanova Ya.V., Kavun V.Ya. Features of the Local Structure of Hydrated Fluorine-Substituted Solid Solutions Based on Ba2In2O5 // Bulletin of the Russian Academy of Sciences. Physics.-2014. - 78 (8). - P. 730–732.
— Knowledge of synthesis of complex oxides by solid state route, impedance spectroscopy, Rietveld refinement