Search Results - "Gubanova, T. V."

NaCl–NaVO3–Na2EO4 (E = Mo or W) Three-Component Systems by Gubanova, T. V., Kravets, N. S., Garkushin, I. K.

“…Phase equilibria in the NaVO 3 –Na 2 WO 4 two-component system and in the NaCl–NaVO 3 –Na 2 EO 4 (E = Mo or W) three-component system were studied. The phase…”
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LiF-LiBr-LiVO₃-Li₂MoO₄ four-component system by Gubanova, T. V, Frolov, E. I, Garkushin, I. K

“…Phase equilibria in the LiF-LiBr-LiVO₃-Li₂MoO₄ four-component system were studied using differential thermal analysis (DTA). The eutectic composition (mol %)…”
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Multicomponent systems LiCl–LiBr–Li2SO4 and LiCl–LiBr–Li2SO4–Li2MoO4 by Frolov, E. I., Gubanova, T. V.

“…Phase equilibria in the LiCl–LiBr–Li 2 SO 4 ternary system and the LiCl–LiBr–Li 2 SO 4 –Li 2 MoO 4 quaternary system were studied by differential thermal…”
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LiF-LiBr-LiVO₃-Li₂SO₄ four-component system by Gubanova, T. V, Frolov, E. I, Filippova, G. A, Garkushin, I. K

“…Phase equilibria in theLiF-LiBr-LiVO₃-Li₂SO₄ four-component system were studied using dif ferential thermal analysis (DTA). The eutectic composition (mol %)…”
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Ternary Systems LiBr–LiVO3–Li2CrO4 and KBr–KVO3–K2CrO4 by Gubanova, T. V., Garkushin, I. K., Sinitsin, G. D.

“…The binary system KVO 3 –K 2 CrO 4 and two ternary systems, LiBr–LiVO 3 –Li 2 CrO 4 and KBr–KVO 3 –K 2 CrO 4 , were studied. In the ternary systems, the…”
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Ternary Systems NaHal–NaVO3–Na2CrO4 (Hal = Cl, Br) by Gubanova, T. V., Afanas’eva, A. D., Buzgon, E. A., Garkushin, I. K.

“…Phase equilibria in the ternary systems NaHal–NaVO 3 –Na 2 CrO 4 (Hal = Cl, Br) were studied. By differential thermal analysis, eutectic alloys were found at…”
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Li, Cs||F, NO3 ternary reciprocal system by Gubanova, T. V., Garkushin, I. K., Mal’tseva, A. V.

“…The Li, Cs||F, NO 3 ternary reciprocal system was for the first time described and experimentally studied by differential thermal analysis and differential…”
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Functional materials based on multinary salt systems by Garkushin, I. K., Gubanova, T. V., Frolov, E. I., Dvoryanova, E. M., Istomova, M. A., Garkushin, A. I.

“…We describe the steps of studies into multinary salt systems necessary for functional materials design. The potential of phase trees is demonstrated for…”
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Li, K‖Br, VO3 ternary mutual system by Zolotukhina, E. V., Gubanova, T. V., Garkushin, I. K.

“…Phase equilibria in the Li, K‖Br, VO 3 ternary mutual system were studied by differential thermal analysis. The composition square of the ternary mutual system…”
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LiF-KCl-KVO3-K2MoO4-LiKMoO4 stable pentatope by Sorokina, E. I., Gubanova, T. V., Garkushin, I. K.

“…Phase equilibria in the LiF-KCl-KVO 3 -K 2 MoO 4 -LiKMoO 4 stable pentatope of the Li,K‖F,Cl,VO 3 ,MoO 4 reciprocal five-component system were studied using…”
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Chemical interaction in the quaternary mutual systems Li,K‖F,Cl,MoO4 and Li,K‖F(Cl),VO3,MoO4 by Sorokina, E. I., Garkushin, I. K., Gubanova, T. V.

“…The Li,K‖Cl,VO 3 ,MoO 4 system was partitioned into simplexes using graph theory, and the tree of phases for this system was constructed. The equations of the…”
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Li,K∥F,NO3 and Li,K∥Cl,NO3 three-component reciprocal systems by Mal’tseva, A. V., Gubanova, T. V., Garkushin, I. K.

“…Phase equilibria in Li,K∥F,NO 3 and Li,K∥Cl,NO 3 three-component reciprocal systems were studied by differential scanning calorimetry (DSC). Eutectic…”
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LiCl-LiBr-LiVO3-Li2MoO4 quaternary system by Gubanova, T. V., Frolov, E. I., Garkushin, I. K.

“…The phase equilibrium in the LiCl-LiBr-LiVO 3 -Li 2 MoO 4 quaternary system was studied by differential thermal analysis. The composition corresponding to the…”
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LiF-LiCl-LiBr-Li2MoO4 quaternary system by Lushchikova, O. I., Frolov, E. I., Gubanova, T. V., Garkushin, I. K.

“…Phase equilibria in the LiF-LiCl-LiBr-Li 2 MoO 4 quaternary system were studied by differential thermal analysis. The composition of an eutectic was determined…”
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Li,K‖Cl,MoO4 ternary mutual system by Malysheva, E. I., Garkushin, I. K., Gubanova, T. V., Frolov, E. I.

“…Phase equilibria in the Li,K‖Cl,MoO 4 ternary mutual system were studied by differential thermal analysis (DTA). The characteristics of the following three…”
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LiCl-LiBr-LiVO3 and LiCl-LiBr-Li2MoO4 ternary systems by Gubanova, T. V., Frolov, E. I., Garkushin, I. K.

“…Phase equilibria in the LiCl-LiBr-LiVO 3 and LiCl-LiBr-Li 2 MoO 4 ternary systems have been investigated by differential thermal analysis. The following…”
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Three-component systems LiBr-LiVO3-Li2MoO4 and LiBr-Li2SO4-Li2MoO4 by Gubanova, T. V., Frolov, E. I., Garkushin, I. K.

“…Phase equilibria in the three-component systems LiBr-LiVO3-Li2MoO4 and LiBr-Li2SO4-Li2MoO4 have been studied using differential thermal analysis (DTA)…”
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LiF-LiBr-LiVO3 and LiBr-Li2SO4-LiVO3 ternary systems by Gubanova, T. V., Frolov, E. I., Garkushin, I. K.

“…Phase equilibria in the LiF-LiBr-LiVO 3 and LiBr-Li 2 SO 4 -LiVO 3 systems have been investigated by differential thermal analysis. Eutectic compositions have…”
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LiF-LiCl-LiVO3-Li2SO4-Li2MoO4 system by Gubanova, T. V., Garkushin, I. K.

“…Phase equilibria in the LiF-LiCl-LiVO3-Li2SO4-Li2MoO4 system have been studied by differential thermal analysis. The eutectic composition has been determined…”
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Investigation of the LiF-LiBr-Li2SO4-Li2MoO4 quaternary system by Gubanova, T. V., Frolov, E. I., Danilushkina, E. G., Garkushin, I. K.

“…Phase equilibria in the LiF-LiBr-Li 2 SO 4 -Li 2 MoO 4 system have been investigated by differential thermal analysis. The eutectic composition has been…”
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