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Victorov Alexey
Victorov Alexey
профессор химии, СПбГУ
在 spbu.ru 的电子邮件经过验证 - 首页
标题
引用次数
引用次数
年份
Thermodynamic micellizatin model of asphaltene precipitation from petroleum fluids
AI Victorov, A Firoozabadi
AIChE journal 42 (6), 1753-1764, 1996
251*1996
Thermodynamic properties of pure fluids and solutions from the hole group-contribution model
NA Smirnova, AI Victorov
Fluid Phase Equilibria 34 (2-3), 235-263, 1987
1031987
High pressure VLE in alkanol+ alkane mixtures. Experimental results for n-butane+ ethanol,+ 1-propanol,+ 1-butanol systems and calculations with three EOS methods
A Deák, AI Victorov, TW De Loos
Fluid Phase Equilibria 107 (2), 277-301, 1995
821995
Fluid phase equilibria in water: natural gas component mixtures and their description by the hole group-contribution equation of state
AI Victorov, A Fredenslund, NA Smirnova
Fluid phase equilibria 66 (1-2), 187-210, 1991
531991
Molecular thermodynamics for micellar branching in solutions of ionic surfactants
VA Andreev, AI Victorov
Langmuir 22 (20), 8298-8310, 2006
492006
Description of asphaltene polydispersity and precipitation by means of thermodynamic model of self-assembly
AI Victorov, NA Smirnova
Fluid Phase Equilibria 158, 471-480, 1999
461999
Thermodynamic model of petroleum fluids containing polydisperse asphaltene aggregates
AI Victorov, NA Smirnova
Industrial & engineering chemistry research 37 (8), 3242-3251, 1998
351998
Modeling of the effects of ion specificity on the onset and growth of ionic micelles in a solution of simple salts
SV Koroleva, AI Victorov
Langmuir 30 (12), 3387-3396, 2014
332014
Molecular thermodynamics for swelling of a mesoscopic ionomer gel in 1: 1 salt solutions
A Victorov, C Radke, J Prausnitz
Physical Chemistry Chemical Physics 8 (2), 264-278, 2006
292006
Application of the hole quasi-chemical group contribution equation of state for phase equilibrium calculation in systems with association
AI Victorov, A Fredenslund
Fluid phase equilibria 66 (1-2), 77-101, 1991
231991
The strong specific effect of coions on micellar growth from molecular-thermodynamic theory
SV Koroleva, AI Victorov
Physical Chemistry Chemical Physics 16 (33), 17422-17425, 2014
222014
Solubility and binding of water in toluene solutions of asphaltenes
DS Khvostichenko, SI Andersen, AI Viktorov
Russian journal of applied chemistry 77, 1013-1018, 2004
212004
Molecular thermodynamics for swelling of a bicontinuous gel
AI Victorov, CJ Radke, JM Prausnitz
Molecular Physics 100 (14), 2277-2297, 2002
182002
Molecular thermodynamic modeling of gelation and demixing in solution of cross-associating chains
S Tcyrulnikov, AI Victorov
Macromolecules 46 (11), 4706-4715, 2013
172013
A simple analytical approach to electrostatics for nanoparticles with torus-like elements in 1: 1 electrolyte solution
VA Andreev, AI Victorov
Molecular Physics 105 (2-3), 239-247, 2007
172007
Effect of morphology of a swollen ionomer gel on its salt uptake
AI Victorov
Fluid phase equilibria 241 (1-2), 334-343, 2006
162006
Prediction of multiphase equilibria in associating fluids by a contact-site quasichemical equation of state
IV Prikhodko, TW de Loos, AI Victorov
International journal of thermophysics 16, 1287-1297, 1995
151995
Modeling of micelle-solution equilibria for mixed nonionic micelles with strong specific interactions in coronae: group-contribution approach
AI Victorov
Journal of Chemical & Engineering Data 59 (10), 2995-3002, 2014
142014
Molecular thermodynamic modeling of the morphology transitions in a solution of a diblock copolymer containing a weak polyelectrolyte chain
AI Victorov, NV Plotnikov, PD Hong
The Journal of Physical Chemistry B 114 (27), 8846-8860, 2010
142010
Phase equilibria modeling by the quasilattice equation of state for binary and ternary systems composed of carbon dioxide, water and some organic components
IV Prikhodko, AI Victorov, NA Smirnova, TW De Loos
Fluid phase equilibria 110 (1-2), 17-30, 1995
131995
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