Biographical notes: Victor Mazur received degrees (MS in 1969, PhD in 1974)
in thermophysics and molecular physics from the Odessa State Academy of
Refrigeration, Ukraine, and a degree (Doctor Science, 1988) in thermal
engineering, physical chemistry, thermophysics and molecular physics from
St. Petersburg Institute of Technology, Russia. Since 1987 he has been a Chair of the Thermodynamics Department at Odessa State Academy of Refrigeration. His work covers a diversity of topics in global phase behaviour of refrigerants, engineering thermodynamics and multicriteria analysis of energy conversion systems under uncertainty. He is author or
coauthor of over 100 peer refereed articles, and an active member of various
international scientific organisations, serving as associate editor and
editorial board member on various international journals.
Основные публикации:
A novel concept of symmetry in the model of fluctuational thermodynamics
JOURNAL OF MOLECULAR LIQUIDS 105 (2–3): 165–177 APR 30 2003.
On a new mechanism of four-phase equilibria generation in two-component fluids DOKLADY AKADEMII NAUK 359 (3): 343–347 MAR 1998.
On the prediction of high-temperature immicsibility islands in two-components fluids DOKLADY AKADEMII NAUK 358 (4): 497–501 FEB 1998.
Prediction of the viscosity for molecular fluids from the dilute-gas properties via the inversion procedure for spherically symmetric pair potentials.
Computational Simulation of Transport Processes in Constructal Media
Proceedings of 4th Int Congress Heat- and Masss Transfer paper 252 Paris-Cachan, FRANCE, 2005.
Fuzzy thermoeconomic optimization INERNATIONAL JOURNAL OF EXERGY 2(1): 1–13 2005.
Soft matter under exogenic impact. Springer, 2007.
В. Ф. Небеленчук, В. А. Мазур, “Прогнозирование свойств переноса сжатых газов на основе сферических моделей межмолекулярных потенциалов”, ТВТ, 28:4 (1990), 677–685; V. F. Nebelenchuk, V. A. Mazur, “Prediction of the transport properties of compressed gases on the basis of spherical models of intermolecular potentials”, High Temperature, 28:4 (1990), 502–508
1984
2.
В. А. Мазур, Ю. А. Почкин, Е. Н. Терещенко, “Уравнение состояния и ударные адиабаты аргона на основе оптимальной модели потенциала взаимодействия”, ТВТ, 22:6 (1984), 1097–1102; V. A. Mazur, Yu. A. Pochkin, E. N. Tereshchenko, “Equation of state and shock adiabatics of argon on the basis of an optimal-model of the interaction potential”, High Temperature, 22:6 (1984), 837–842
1986
3.
Л. З. Бошков, В. А. Мазур, “Фазовое поведение двухкомпонентной леннард-джонсовской жидкости (№ 6844-85 Деп. от 23.IX.1985)”, ТВТ, 24:1 (1986), 201
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