SOLID SOLUTIONS ON THE BASE OF BISMUTH VANADATE: PREPARATION, STRUCTURE, PHASE TRANSITIONS, DIELECTRIC AND TRANSPORT PROPERTIES Статья Politova E.D., Fortalnova E.A., Kaleva G.M., Mosunov A.V., Safronenko M.G., Venskovskii N.U. Solid State Ionics. Том 192. 2011. С. 248-251
PHASE TRANSITIONS AND TRANSPORT PROPERTIES OF THE BISMUTH VANADATE-BASED (BI,LA)4(V, ZR)2O11-Z CERAMICS Статья Politova E.D., Torba J.N., Fortalnova E.A., Kaleva G.M., Safronenko M.G., Venskovskii N.U. Acta Physica Polonica A. Polish Academy of Sciences. Том 117. 2010. С. 20-23
PHASE FORMATION OF BICUVOX SOLID SOLUTIONS Статья Murasheva V.V., Poletaeva N.A., Fortalnova E.A., Safronenko M.G., Politova E.D., Kurilkin V.V., Venskovskii N.U. Russian Journal of Inorganic Chemistry. IAPC Nauka/Interperiodica. Том 55. 2010. С. 1867-1873
INFLUENCE OF THERMAL TREATMENT IN OXIDIZING AND REDUCING ATMOSPHERES ON THE COMPOSITION AND PROPERTIES OF SOLID SOLUTIONS BASED ON BISMUTH VANADATE: (BI,LA)4(V,ME)2O11-Y (ME = GA, ZR, CU) Статья Politova E.D., Fortalnova E.A., Kaleva G.M., Safronenko M.G., Venskovskii N.U. Bulletin of the Russian Academy of Sciences: Physics. Том 74. 2010. С. 1069-1072
ELECTROCONDUCTIVE AND DIELECTRIC PROPERTIES OF COMPOSITES BASED ON BISMUTH VANADATE Статья Torba J.N., Golubko N.V., Fortalnova E.A., Kaleva G.M., Safronenko M.G., Venskovskii N.U., Politova E.D. Acta Physica Polonica A. Polish Academy of Sciences. Том 117. 2010. С. 24-26
FERROELECTRIC PHASE TRANSITIONS AND ELECTROCONDUCTING PROPERTIES OF CERAMIC BIMEVOX SOLID SOLUTIONS (ME = LA, ZR) Статья Politova E.D., Fortalnova E.A., Kaleva G.M., Mosunov A.V., Safronenko M.G., Venskovskii N.U., Shvartsman V.V., Kleemann W. Ferroelectrics. Taylor and Francis Inc.. Том 391. 2009. С. 3-11
FERROELECTRIC PHASE TRANSITIONS IN IONIC CONDUCTING BICUVOX CERAMICS Статья Politova E.D., Fortalnova E.A., Poletaeva N.A., Kaleva G.M., Mosunov A.V., Safronenko M.G., Venskovskii N.U. Ferroelectrics. Taylor and Francis Inc.. Том 379. 2009. С. 35-42
FERROELECTRIC PHASE TRANSITIONS IN THE BIMEVOX SOLID SOLUTIONS Статья Politova E.D., Fortalnova E.A., Kaleva G.M., Stefanovich S.Yu., Murasheva V.V., Safronenko M.G., Venskovskii N.U., Loginov P.B. Ferroelectrics. Taylor and Francis Inc.. Том 367. 2008. С. 8-14
STUDY OF FERROELECTRIC PHASE TRANSITIONS IN SOLID SOLUTIONS BASED ON BISMUTH VANADATE Статья Fortalnova E.A., Murasheva V.V., Safronenko M.G., Venskovskii N.U., Kaleva G.M., Stefanovich S.Yu., Politova E.D. Bulletin of the Russian Academy of Sciences: Physics. Том 72. 2008. С. 1094-1097
PHASE TRANSITIONS IN THE BIMEVOX SOLID SOLUTIONS WITH ME = GA, ZR Статья Murasheva V.V., Fortalnova E.A., Politova E.D., Safronenko M.G., Stefanovich S.Yu., Venskovskii N.U. Materials Science Forum. Trans Tech Publ, Uetikon-Zuerich, Switzerland. Том 587-588. 2008. С. 114-117
MICROSTRUCTURE AND IONIC CONDUCTIVITY OF (LA 1/2LI 1/3+X )TIO 3 PEROVSKITE-LIKE SOLID SOLUTIONS Статья Fortalnova E.A., Safronenko M.G., Venskovskii N.U., Politova E.D., Mosunov A.V., Zhizhin M.G., Loginov B.A. Inorganic Materials. Том 43. 2007. С. 1103-1108
THE ION CONDUCTING PROPERTIES OF PEROVSKITE-TYPE SOLID SOLUTIONS (LA 0.5LI0.5)[TI1-X(M0.5NB 0.5)X]O3 (M = AL, GA) Статья Fortalnova E.A., Mosunov A.V., Safronenko M.G., Venskovskii N.U., Politova E.D. Materials Science Forum. Trans Tech Publ, Uetikon-Zuerich, Switzerland. Том 514-516. 2006. С. 407-411
THE ION CONDUCTING PROPERTIES OF PEROVSKITE-TYPE SOLID SOLUTIONS (LA0.5LI0.5)[TI1-X(M0.5NB0.5)(X)]O-3 (M= AL, GA) Статья Fortalnova E.A., Mosunov A.V., Safronenko M.G., Venskovskii N.U., Politova E.D. Materials Science Forum. Trans Tech Publ, Uetikon-Zuerich, Switzerland. Том 514-516. 2006. С. 407-411
THE ION CONDUCTING PROPERTIES OF PEROVSKITE SOLID SOLUTIONS (LA 1/2LI1/3+X)TIO3 Статья Fortalnova E.A., Mosunov A.V., Safronenko M.G., Venskovskii N.U., Politova E.D. Physica Status Solidi C: Conferences. Том 2. 2005. С. 192-195
STRUCTURAL AND ELECTRICAL PROPERTIES OF (LA0.5 LI0.5)[TI1-X(AL0.5 NB0.5)X]O3 PEROVSKITE-LIKE OXIDES Статья Fortalnova E.A., Politova E.D., Mosunov A.V., Safronenko M.G., Venskovsky N.U. Bulletin of the Russian Academy of Sciences: Physics. Том 69. 2005. С. 680-682