PREPARATION, STRUCTURE, AND ELECTRICAL CONDUCTIVITY OF LA(GA,MN)O 3 CERAMICS Article Polteva T.V., Venskovskii N.U., Kaleva G.M., Mosunov A.V., Prutchenko S.G., Politova E.D. Inorganic Materials. Vol. 40. 2004. P. 80-85
PREPARATION AND PROPERTIES OF OXYGEN-SELECTIVE LAGAO3-BASED CERAMICS WITH MIXED IONIC-ELECTRONIC CONDUCTION Article Glavatskikh T.Yu., Venskovskii N.U., Aleksandrovskii V.V., Golubko N.V., Avetisov A.K., Kaleva G.M., Mosunov A.V., Politova E.D., Stefanovich S.Yu. Inorganic Materials. Vol. 39. 2003. P. 759-763
SYNTHESIS AND PROPERTIES OF LA 2(MO 1 - XM X) 2O 9 (M = NB, TA) IONIC CONDUCTORS Article Khadasheva Z.S., Venskovskii N.U., Safronenko M.G., Mosunov A.V., Politova E.D., Stefanovich S.Yu. Inorganic Materials. Vol. 38. 2002. P. 1168-1171
PHASE COMPOSITION, MICROSTRUCTURE, AND THERMAL EXPANSION OF B2O3-MODIFIED LAGAO3-BASED CERAMICS Article Aleksandrovskii V.V., Venskovskii N.U., Kaleva G.M., Politova E.D., Prutchenko S.G., Rudnitskii L.A., Stefanovich S.Yu., Khortova A.Yu. Inorganic Materials. Vol. 37. 2001. P. 641-646
PHASE COMPOSITION, MICROSTRUCTURE, AND THERMAL EXPANSION OF B<SUB>2</SUB>O<SUB>3</SUB>-MODIFIED LAGAO<SUB>3</SUB>-BASED CERAMICS Article Aleksandrovskii V.V., Kaleva G.M., Politova E.D., Prutchenko S.G., Rudnitskii L.A., Stefanovich S.Yu., Venskovskii N.U., Khortova A.Yu. Inorganic Materials. Vol. 37. 2001. P. 641-646
SYNTHESIS, STRUCTURE, MICROSTRUCTURE, AND ELECTRICAL CONDUCTIVITY OF (LA,SR)(GA,MG)O<SUB>3-Δ</SUB> OXIDE-ION-CONDUCTING CERAMICS Article Glavatskikh T.Yu., Venskovskii N.U., Kaleva G.M., Mosunov A.V., Politova E.D., Stefanovich S.Yu. Inorganic Materials. Vol. 37. 2001. P. 647-650
SYNTHESIS, STRUCTURE, MICROSTRUCTURE, AND ELECTRICAL CONDUCTIVITY OF (LA,SR)(GA,MG)O3-Δ OXIDE-ION-CONDUCTING CERAMICS Article Glavatskikh T.Yu., Venskovskii N.U., Kaleva G.M., Mosunov A.V., Politova E.D., Stefanovich S.Yu. Inorganic Materials. Vol. 37. 2001. P. 647-650
MODELING OF THE DISSOLUTION OF OXIDE PHASES .2. INFLUENCE OF THE ELECTRICAL DOUBLE-LAYER ON CONSECUTIVE 1ST-ORDER REACTIONS WITH REVERSIBLE 1ST STAGE Article GORICHEV I.G., DOROFEEV M.V., SHAPLYGIN I.S., BATRAKOV V.V., NEVSKAYA E.Y. Inorganic Materials. Vol. 31. 1995. P. 69-75
DEPENDENCE OF THE SOLUBILITY PRODUCT OF MANGANESE OXIDES AND HYDROXIDES ON THE COMPOSITION AND POTENTIAL DROP ACROSS THE OXIDE ELECTROLYTE INTERFACE Article GORICHEV I.G., SHAPLYGIN I.S., ZAITSEV B.E., KHOROSHILOV A.V. Inorganic Materials. Vol. 30. 1994. P. 753-758
MODELING OF THE DISSOLUTION OF OXIDE PHASES .1. ELECTROCHEMICAL MODEL OF THE DISSOLUTION OF COPPER(II) OXIDES IN ACIDIC MEDIA Article GORICHEV I.G., DOROFEEV M.V., SHAPLYGIN I.S., NEVSKAYA E.Y., BATRAKOV V.V. Inorganic Materials. Vol. 30. 1994. P. 1389-1395
PROPERTIES OF OXYCHLORIDES OF LANTHANIDES AND TUNGSTEN ACTIVATED WITH NEODYMIUM AND EUROPIUM Article VENSKOVSKII N.U., ZOLIN V.F., MARKUSHEV V.M., NGASSAPA F.NB., TARAROV A.V., TUPOLEVA A.L. Inorganic Materials. Vol. 29. 1993. P. 969-973
PHASE-EQUILIBRIA IN LN2V2O7-LN2TI2O7 SYSTEMS (LN=ER, LU) Article MOLODKIN A.K., BOGATOV Y.E., MOSKALENKO V.I., BELAN V.N., ERSHOV A.V. Inorganic Materials. Vol. 18. 1982. P. 1393-1395