Search Results - "Kartsev, V. N."

To evaluation of the state of the own macroscopic force field of liquids by Kartsev, V. N., Shtykov, S. N., Pankin, K. E.

“…The work analyzes both literature data on the dependence of the internal liquid pressure on thermodynamic parameters of state and theoretical ideas of the…”
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Effect of temperature on the enthalpies of formation of water-o-xylene-Triton X-100 microemulsions by Batov, D. V., Kartsev, V. N., Shtykov, S. N.

“…Enthalpies of solution for water- o -xylene-Triton X-100 (TX-100) microemulsions and their components in 2-propanol are determined thermochemically at 288.15,…”
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To the Understanding of the Structural Sensitivity of the Temperature Coefficient of Internal Pressure by Kartsev, V. N.

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Search for functions that model temperature dependencies of internal pressure of associated liquids by Kartsev, V.N., Shtykov, S.N., Pankin, K.E.

“…This article considers three-parameter Morse and Rydberg functions as models for temperature dependencies of internal pressure of n-alcohols (n-propanol,…”
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Simulation of water internal pressure within temperature range of 0–370 °C by Kartsev, V.N., Shtykov, S.N., Pankin, K.E.

“…We have chosen Morse and Rydberg potential energy functions in order to approximate water internal pressure (Pi) over a large temperature range using…”
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On Internal Pressure, Its Temperature Dependence, and the Structure of Liquid-Phase Systems by Kartsev, V. N., Rodnikova, M. N., Shtykov, S. N.

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Inversion of the Temperature Coefficient of Internal Pressure and Structural Organization of Liquid Phase Systems by Kartsev, V. N., Rodnikova, M. N., Shtykov, S. N.

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Precision Dilatometry of Microemulsions with Anionic Surfactants by Kartsev, V. N., Shtykov, S. N., Shtykova, L. S.

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Heat capacity, conductivity, and structural changes of water-sodium dodecylsulfate-triethanolamine-1-pentanol-1,1,2,2-tetrafluorodibromoethane microemulsions by Batov, D. V., Kartsev, V. N., Shtykov, S. N.

“…Water-sodium dodecylsulfate-triethanolamine-1-pentanol-1,1,2,2-tetrafluorodibromoethane microemulsions of five compositions with different water-hydrocarbon…”
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Intermolecular forces and the internal pressure of liquids by Kartsev, V. N., Shtykov, S. N., Pankin, K. E., Batov, D. V.

“…The problem of the introduction of the term internal pressure from the standpoint of intermolecular forces is solved. It is shown that internal pressure is…”
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Preparation, heat capacity, and combustion characteristics of water-surfactant-halogenated hydrocarbon microemulsions suitable for combined fire-extinguishing means by Batov, D. V., Kartsev, V. N., Shtykov, S. N.

“…Water-sodium dodecyl sulfate-triethanolamine-1-pentanol-1,1,2,2-tetrafluorodibromoethane (C 2 F 4 Br 2 ) microemulsions differing in the H 2 O/C 2 F 4 Br 2…”
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A model approach to the thermodynamics of microemulsion systems: Estimation of adequacy of the two-phase model of microemulsions by Kartsev, V. N., Polikhronidi, N. G., Batov, D. V., Shtykov, S. N., Stepanov, G. V.

“…An approach to the thermodynamics of microemulsions based on the use of the two-phase model was suggested. In this model, one phase is the dispersion medium,…”
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Formation enthalpies of water-o-xylene-triton X-100 microemulsions at 298.15 K by Batov, D. V., Kartsev, V. N.

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On interrelation between the internal pressure and the cohesion energy density by Kartsev, V. N., Pankin, K. E., Batov, D. V.

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Thermodynamic stability and structure of liquid-phase systems by Kartsev, V. N., Bogomolova, I. V.

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Piesometric evaluation of the effects of 2-hydroxypropyl-β-cyclodextrin molecules on the net of hydrogen bonds in water by Kartsev, V. N., Tsepulin, V. V., Shtykov, S. N., Pankin, K. E.

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Investigation of the intermolecular interactions and structure of liquid diamines, diols, and amino alcohols by measuring the isothermal compressibility by Kartsev, V. N., Rodnikova, M. N., Tsepulin, V. V., Dudnikova, K. T., Markova, V. G.

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