Search Results - "I. M. Ivanov"

Thermodynamic Properties of Alloys and Phase Equilibria in the Cu–Yb System by Dudnyk, A. S., Sudavtsova, V. S., Romanova, L. O., Kudin, V. G., Ivanov, M. I., Shevchenko, M. O.

“…The partial and integral mixing enthalpies of Cu-Yb melts were first determined at 1453 K in the composition range 0 < x Cu <0.7 by isoperibolic calorimetry…”
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Thermodynamic Properties and Phase Equilibria in Gd–Sn Alloys by Sudavtsova, V. S., Shevchenko, M. O., Kudin, V. G., Romanova, L. O., Ivanov, M. I.

“…The calorimetry method was employed to determine the mixing enthalpies of Gd–Sn melts and the ideal associated solution (IAS) model to calculate and optimize…”
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Thermodynamic Properties of Ni–Sb Alloys by Pastushenko, K. Yu, Sudavtsova, V. S., Levchenko, P. P., Shevchenko, M. A., Ivanov, M. I.

“…The thermochemical properties of Ni–Sb alloys at 1241, 1363, and 1457 K in the range 0 ≤ x Ni ≤ 0.5 were studied by calorimetry. The ideal associated solution…”
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Thermodynamic Properties of Al–La–Ni Melts by Kudin, V. G., Shevchenko, M. O., Ivanov, M. I., Berezutskii, V. V., Subotenko, P. M., Sudavtsova, V. S.

“…The mixing enthalpies of liquid ternary Al–La–Ni alloys are determined by isoperibol calorimetry for sections (Al 0.42 La 0.58 ) 1–x Nix (0 < x < 0.27) at 1430…”
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Thermochemical Properties of Binary Ba–In Alloys by Shevchenko, M. A., Kudin, V. G., Ivanov, M. I., Berezutskii, V. V., Sudavtsova, V. S.

“…The thermochemical properties of binary Ba–In melts were studied using calorimetry at 1070–1320 K over a wide composition range. It is shown that these melts…”
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Thermodynamic Properties of La–Ni Alloys by Subotenko, P. M., Kudin, V. G., Shevchenko, M. O., Ivanov, M. I., Berezutskii, V. V., Sudavtsova, V. S.

“…The mixing enthalpies of the La–Ni binary liquid alloys are determined by isoperibol calorimetry in the composition range 0 < x Ni <0.45 at 1430 K and 0.75 < x…”
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Thermodynamic Properties of Alloys of the Binary Al-Sm, Sm-Sn and Ternary Al-Sm-Sn Systems by Shevchenko, M. O., Berezutski, V. V., Ivanov, M. I., Kudin, V. G., Sudavtsova, V. S.

“…Mixing enthalpies of the liquid binary Al-Sm (0 < x Sm  < 0.15; 0.37 < x Sm  < 1), Sm-Sn (0 < x Sn  < 0.13; 0.56 < x Sn  < 1) alloys and ternary Al-Sm-Sn…”
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Thermodynamic Properties of Ce–In–Ni Ternary Alloys by Ivanov, M. I., Pastushenko, K. Yu, Kudin, V. G., Berezutskii, V. V., Shevchenko, M. O., Sudavtsova, V. S.

“…The mixing enthalpies of the liquid Ce–In–Ni ternary alloys have been determined by isoperibol calorimetry along three sections: (Ce 0.4 In 0.6 ) 1–x N ix (0 <…”
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Thermodynamic Properties of Binary Al–Pr Alloys by Shevchenko, M. O., Berezutskii, V. V., Ivanov, M. I., Sudavtsova, V. S.

“…The mixing enthalpies of Al–Pr binary liquid alloys are measured in the ranges 0 < x Pr < 0.15 at 1560 K and 0.46 < x Pr < 1 at 1410–1670 K by isoperibol…”
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Thermodynamic Properties of Ce–Ni Binary Alloys by Ivanov, M. I., Berezutskii, V. V., Shevchenko, M. O., Subotenko, P. M., Kudin, V. G., Sudavtsova, V. S.

“…The mixing enthalpies of liquid Ce–Ni binary alloys (0 < x Ni < 0.45 at 1430 K and 0.78 < x Ni < 1 at 1820 K) are determined by isoperibol calorimetry. The…”
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Solving the Pure Neumann Problem by a Mixed Finite Element Method by Ivanov, M. I., Kremer, I. A., Laevsky, Yu. M.

“…This paper proposes a new method for the numerical solution of the pure Neumann problem for the diffusion equation in a mixed formulation. The method is based…”
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Electrical resistivity of liquid Cu–Ce alloys by Ivanov, M.I, Berezutski, V.V

“…The electrical resistivity of liquid Cu–Ce alloys has been measured using the four-probe method within the copper rich composition region through the…”
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Mixing enthalpies in samarium–transition metal melts by Berezutskii, V. V., Ivanov, M. I.

“…The mixing enthalpies in homogeneous melts of samarium with transition metals (Cr, Mn, Fe, Co, Ni) are measured by high-temperature calorimetry over the entire…”
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Thermochemical study of silver halide nanoparticles formation conditions in AOT inverted micelles by Ivanov, I. M, Bulavchenko, A. I

“…AgCl and AgBr nanoparticles formation conditions were studied by a thermochemical method in AOT (sodium bis(2-ethylhexyl)sulfosuccinate) inverted micellar…”
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Stability of cryopreserved Polyscias filicifolia suspension cell culture during cultivation in laboratory and industrial bioreactors by Titova, M. V., Popova, E. V., Shumilo, N. A., Kulichenko, I. E., Chernyak, N. D., Ivanov, I. M., Klushin, A. G., Nosov, A. M.

“…Cell suspension of a medicinal plant Polyscias filicifolia recovered after 5 years of cryopreservation in liquid nitrogen (− 196 °C) was cultured in 250 ml…”
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Correction to: Stability of cryopreserved Polyscias filicifolia suspension cell culture during cultivation in laboratory and industrial bioreactors by Titova, M. V., Popova, E. V., Shumilo, N. A., Kulichenko, I. E., Chernyak, N. D., Ivanov, I. M., Klushin, A. G., Nosov, A. M.

“…The last author's name was incorrectly captured in the initial online publication. The original article has been corrected…”
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Structure of the Fe–Co Nanowires Obtained by Template Synthesis by Zhigalina, O. M., Khmelenin, D. N., Ivanov, I. M., Doludenko, I. M., Zagorskiy, D. L.

“…Nanowires (NWs) from Fe–Co alloys with component ratios Fe : Co = 15 : 85, 52 : 48, and 65 : 35 are obtained by template synthesis in pores of track membranes…”
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A Computational Model of Fluid Filtration in Fractured Porous Media by Ivanov, M. I., Kremer, I. A., Laevsky, Yu. M.

“…This paper discusses a computational 3D dual porosity model of two-phase incompressible fluid filtration in a fractured-porous medium. The conservation laws…”
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Obtaining and Characterization of Suspension Cell Culture of Alhagi persarum Boiss. et Buhse: a Producer of Isoflavonoids by Titova, M. V., Kochkin, D. V., Fomenkov, A. A., Ivanov, I. M., Kotenkova, E. A., Kocharyan, G. L., Dzhivishev, E. G., Mekhtieva, N. P., Popova, E. V., Nosov, A. M.

“…Suspension cell culture of camel’s thorn Alhagi persarum Boiss. et Buhse was produced for the first time and its characteristics were determined under…”
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Solving the Pure Neumann Problem by a Finite Element Method by Ivanov, M. I., Kremer, I. A., Urev, M. V.

“…This paper deals with the solution of the pure Neumann problem for the diffusion equation by a finite element method. First, an extended generalized…”
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