Structural Modeling and Forecasting of New Cationic Conductors by Combinatorial Method

Valeriy V. Ivanov, Inna V. Ivanova

Abstract


Keywords: structural modeling, forecasting, combinatorial method, cationic conductors, ionic conductivity.

 

Annotation - The main results of the combinatorial structural modeling and forecasting of composition of new cationic conductors were discussed. It has been stated that the electrical conductivity values (0,2 – 0,5 Sm/cm) and activation energy of cationic conductors with a-RbAg4I5 structure are characteristically for representatives of this structural type. For Li- and Na containing salts the value of ionic conductivity is within 10-7 – 10-4 Sm/cm at room temperature.


Volltext:

PDF (English)

Literaturhinweise


Ivanov VV. Crystal chemical analysis of inorganic substances by geometrical criteria as a semi-empiric forecasting method of cationic conductors: Inorganic Materials, 1992, V.28, N.3; 665-667.

Ivanov VV, Kolomoetc AM. Prediction of composition of solid electrolytes on base cooper halogenides: Proceedings of the Academy of Sciences of the USSR. Inorganic Materials, 1987, V.23, N.3; 501-505.

Ivanov VV, Vybornov VF, Kolomoetc AM, Shvetcov VS. Superionic conductor RbCu4Br3I2 and its solid state solutions: Proceedings of the Academy of Sciences of the USSR. Inorganic Materials, 1988, V.24, N.2; 299-302.

Shvetcov VS, Ivanov VV, Kolomoetc AM. Superionic conductors KCu4Br3+xI2-x.: Electrochemistry, 1990, V.26, N.2; 183-185.

Shvetcov VS, Ivanov VV. Conductors NH4Cu4Br3+xI2-x with high cooper ion transport: Proceedings of the Academy of Sciences of the USSR. Inorganic Materials, 1992, V.28, N.8; 1734-1736.

Ivanov VV. Analysis of the use isomorphism possibilities for receiving of inorganic cationic conductors: Proceedings of the Academy of Sciences of the USSR. Inorganic Materials, 1992, V.28, N.1; 344-349.

Ivanov VV. Superionic conductor K0,5Rb0,5Cu4Br3I2: Inorganic Materials, 1992, V.28, N.1; 182-183.

Ivanov VV. Combinatorial Modeling of the Probable Structures of Inorganic Substances. Rostov-on-Don: Northern-Caucasian Science Center of Higher Institute of Learning, 2003; 204.

Ivanov VV, Skalozubov DM. Methodic of search of the inorganic cationic conductors by geometric criteria: Proceedings of the Academy of Sciences of the USSR. Inorganic Materials, 1990, V.26, N.11; 2383-2388.

Ivanov VV, Skalozubov DM. Complex halcogenides Na3AX4 as a promising ionic conductors: Proceedings of the Academy of Sciences of the USSR. Inorganic Materials, 1990, V.26, N.8; 1773-1775.

Ivanov VV, Skalozubov DM. Prognoses of the inorganic cationic conductors of A4BIVX4 type by geometric criteria for A3BVX4.: Proceedings of the Academy of Sciences of the USSR. Inorganic Materials, 1991, V.27, N.12; 2661-2663.

Ivanov VV, Skalozubov DM. Prognoses of the inorganic cationic conductors of AaBVIII-aX4 (were a = 2, 5, 6) and A7BVY4 type by geometric criteria for A3BVX4.: Inorganic Materials, 1992, V.28, N.2; 369-362.

Ivanova IV, Ivanov VV. Forecasting of inorganic substances with required properties: Research Journal of International Studies, 2014, №11(30), Part 2; 17-20.

Ivanova IV, Ivanov VV. The forming principles of the structures of ionic conductors with structural disordering: Research Journal of International Studies, 2014, №11(30), Part 2; 22-24.

Ivanov VV. Metodologic forecasting basis of the inorganic materials with necessary for using properties: The success of modern natural science, 2015, № 11; 35-43.


Refbacks