Search Results - "Kondratyuk, I. M."

Modeling of the Phase Assemblage of the LiF–Li2CrO4–LiRbCrO4–LiKCrO4 Stable Tetrahedron of the Li+, K+, Rb+||F–, Quaternary Reciprocal System by Burchakov, A. V., Myakin’kova, O. N., Umarova, A. S., Demina, M. A., Yakovlev, V. M., Kondratyuk, I. M., Egorova, E. M.

“…Here, phase equilibria in a quaternary reciprocal system comprised of fluorides and chromates of lithium, potassium, and rubidium was studied. The phase…”
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Investigation of Phase Equilibria in the Ternary Systems RbCl–RbI–Rb2CrO4 and CsCl–CsI–Cs2CrO4 by Egorova, E. M., Garkushin, I. K., Kondratyuk, I. M., Tarasova, O. A.

“…By differential thermal analysis, the ternary systems MCl–MI–M 2 CrO 4 (M = Rb, Cs) were studied, and the characteristics (melting points, concentrations of…”
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Isothermal and Vertical Sections of the K+||F–,Br–, System by Verdieva, Z. N., Burchakov, A. V., Alkhasov, A. B., Verdiev, N. N., Kondratyuk, I. M.

“…A spatial model is formed for the phase complex of the three-component K + ||F – ,Br – , system using data on the compositions and melting temperatures of two-…”
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Heat-Storage Mixture of Sodium Halogenides and Chromates by Verdiev, N. N., Garkushin, I. K., Verdieva, Z. N., Burchakov, A. V., Kondratyuk, I. M., Egorova, E. M.

“…A three-component system of sodium chlorides, bromides, and chromates was studied with differential thermal, differential scanning calorimetric methods of…”
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Phase Complex Modeling for the Na+,Sr2+||Cl–, Three-Component Reciprocal System by Burchakov, A. V., Garkushin, I. K., Kondratyuk, I. M., Egorova, E. M., Milov, S. N.

“…Phase equilibria were modeled in the form of a three-dimensional phase diagram for the Na + ,Sr 2+ ||Cl – , three-component reciprocal system in the KOMPAS-3D…”
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Phase Equilibria in the NaF–NaCl–NaBr–Na2CrO4 System by Verdiev, N. N., Garkushin, I. K., Burchakov, A. V., Verdieva, Z. N., Alkhasov, A. B., Musaeva, P. A., Kondratyuk, I. M., Egorova, E. M.

“…— We have studied phase equilibria in the quaternary system NaF–NaCl–NaBr–Na 2 CrO 4 . The results demonstrate that the continuous series of NaCl x Br 1 – x…”
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Phase Equilibria in the System LiF–KI–KF–K2CrO4 by Burchakov, A. V., Egorova, E. M., Kondratyuk, I. M., Moshchenskii, Yu. V.

“…Phase equilibria were experimentally studied in the system LiF–KI–KF–K 2 CrO 4 , which is the stable tetrahedron of the quaternary reciprocal system Li, K∥F,…”
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Phase Equilibria of Three-Component Reciprocal System Na,K║I,MoO4 by Egorova, E. M., Ignat’eva, E. O., Garkushin, I. K., Kondratyuk, I. M.

“…The three-component reciprocal system Na,K║I,MoO 4 has been studied by differential thermal analysis (DTA). The compositions and melting temperatures have been…”
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Stable tetrahedron LiF–KI–K2CrO4–Li2CrO4 of the quaternary reciprocal system Li, K||F, I, CrO4 by Burchakov, A. V., Dvoryanova, E. M., Kondratyuk, I. M., Moshchenskii, Yu. V.

“…The stable tetrahedron LiF–KI–K 2 CrO 4 –Li 2 CrO 4 of the quaternary reciprocal system Li, K||F, I, CrO 4 was experimentally studied by differential thermal…”
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Phase equilibria in the NaCl–KI–K2CrO4 stable triangle of the Na,K‖Cl,I,CrO4 system by Dvoryanova, E. M., Likhacheva, S. S., Garkushin, I. K., Kondratyuk, I. M., Frolov, E. I.

“…The NaCl–KI–K 2 CrO 4 stable triangle was studied by differential thermal analysis. The melting temperature, melt composition, and specific melting enthalpy…”
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Phase equilibria in the stable tetrahedron NaF-KF-KBr-K2CrO4 of the quaternary mutual system Na,K‖F,Br,CrO4 by Ignat’eva, E. O., Bekhtereva, E. M., Garkushin, I. K., Kondratyuk, I. M.

“…The stable triangle NaF-KBr-K 2 CrO 4 and the united stable tetrahedron NaF-KF-KBr-K 2 CrO 4 of the quaternary mutual system Na,K‖F,Br,CrO 4 were studied by…”
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LiF-KF-CsF-CsI stable tetrahedron of the Li,K,Cs‖F,I system by Dvoryanova, E. M., Kondratyuk, I. M., Garkushin, I. K.

“…Differential thermal analysis was used to study the LiF-KF-CsF-CsI stable tetrahedron of the Li,K,Cs‖F,I four-component reciprocal system and to determine the…”
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Na,Rb,Cs‖F,I quaternary reciprocal system by Dvoryanova, E. M., Kondratyuk, I. M., Garkushin, I. K., Salamatkina, A. A.

“…A conversion line was experimentally studied and information on crystallizing phases within the composition prism of the Na,Rb,Cs‖F,I system was obtained by…”
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K,Cs∥F,I and Rb,Cs∥F,I three-component reciprocal systems by Dvoryanova, E. M., Kondratyuk, I. M., Garkushin, I. K.

“…The K,Cs∥F,I and Rb,Cs∥F,I three-component reciprocal systems are studied by thermal analysis and X-ray powder diffraction. In the K,Cs∥F,I system, two ternary…”
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Investigation of the RbF-RbCl-RbBr and RbF-RbCl-RbI ternary systems by Dvoryanova, E. M., Kondratyuk, I. M., Garkushin, I. K.

“…The RbF-RbCl-RbBr and RbF-RbCl-RbI ternary systems have been investigated using differential thermal analysis. As a result of the analysis, it has been…”
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The LiF-LiCl-Li2SO4-Li2MoO4 quaternary system by Gubanova, T. V., Kondratyuk, I. M., Garkushin, I. K.

“…Phase equilibria in the LiF-LiCl-Li2SO4-Li2MoO4 quaternary system have been investigated by differential thermal analysis. The eutectic composition (in mol %)…”
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Phase Tree of the Quinary Reciprocal System Li+,K+||F–,Cl–,Br–, and Investigation of the LiF–Li2CrO4–KCl–KBr Stable Tetrahedron by Egorova, A. S., Sukharenko, M. A., Kondratyuk, I. M., Garkushin, I. K.

“…— The quinary reciprocal system Li + ,K + ||F – ,Cl – ,Br – , has been divided into simplexes using graph theory: by making up an adjacency matrix and solving…”
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Stable triangle (LiF)2–(KI)2–Li2CrO4 of the quaternary reciprocal system Li,K∥F,I,CrO4 by Burchakov, A. V., Dvoryanova, E. M., Kondratyuk, I. M.

“…The quaternary reciprocal system Li,K||F,I,CrO 4 was partitioned into stable simplexes using graph theory. The system consists of five stable tetrahedra…”
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Phase equilibria in the ternary reciprocal system Li,K‖I,CrO4 by Burchakov, A. V., Dvoryanova, E. M., Kondratyuk, I. M.

“…In the ternary reciprocal system Li,K‖I,CrO 4 , the stable diagonal Li 2 CrO 4 -(KI) 2 , the stable partitioning element (KI) 2 -LiKCrO 4 , and the stable…”
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Partitioning of the quaternary reciprocal system Li,Rb‖F,I,CrO4 into simplexes and the study of the stable triangle LiF-RbI-Rb2CrO4 by Burchakov, A. V., Dvoryanova, E. M., Kondratyuk, I. M.

“…For the first time, phase equilibria were studied in the quasi-ternary system LiF-RbI-Rb 2 CrO 4 , which is the stable triangle of the quaternary reciprocal…”
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