437:. Any economic theory deals with the interpretation of economic processes based on the law of production of value, and various scientific approaches differ in the choice of factors of production that determine, in the end, the creation of wealth. Marxists insist that only labor creates value, neoclassicists believe that, in addition to labor, capital must also be taken into account as the important source of value. Econodynamics demonstrates, and this is an achievement of V.N. Pokrovskii, that the observed substitution of labour by capital is, in fact, the substitution of labour by work of external energy sourses, and the statement about the productive power of capital is a hoax that hides the real role of labor and energy in the production of value. Human effort and the work of external energy sources appears to be the true sources of value; productivity of capital is eventually productivity of working people and substitutive work. It has led to the understanding of the role of energy and, eventually, to the generalization of the
284:, Moscow region) where in positions of Senior Research Fellow was engaged in studying of suspensions and polymers. He received the first Russian scientific degree (Candidate of Sciences, 1968) and the second Russian Degree (Doctor of Sciences, 1977) in Physics and Mathematics. Since 1980 Vladimir Nikolaevich has managed the Department of Applied Mathematics of the Altai Polytechnic Institute (now
25:
404:, diffusion and a number of other features of polymeric materials. The Pokrovskii's monograph is included into the Sunfoundry list of the best books on dynamics of polymers. The theory is concerned with linear macromolecules, and one needs in the extension of the theory to macromolecules of different structures (in a form of a comb, a star, and others).
296:(МЭСИ, the Russian abbreviation). He works on methods of modelling of economic processes and undertakes the studies in the field of the mathematical description of economic growth which has led to the understanding of the role of energy and, eventually, to the formulation of the generalized labour theory of value.
497:, as a sum of products of thermodynamic forces and fluxes, are consequences (valid only in linear area and for steady-state situations) of fundamental principles of thermodynamics. Among the numerous applications of non-equilibrium thermodynamics, it appears to be a description of
485:, work of internal variables is introduced and internal thermal energy of non-equilibrium systems is taken into account. It is shown that the requirement that the thermodynamic system cannot fulfil any work via internal variables is equivalent to the conventional formulation of the
399:
in the region of molecular mass above 10 times the length between 'entanglements' and identifies the internal relaxation processes in polymers from the molecular point of view. The theory has determined the reliable foundation for the theory of
489:. These statements, in line with the axioms introducing internal variables can be considered as basic principles of nonequilibrium thermodynamics. It is shown that known linear parities between
332:, suspensions of rigid or semi-rigid particles were used as simple heuristic models that allowed to connect the properties of moving systems with structural characteristics. The
806:
303:. He gives lectures on statistical physics and is engaged in research work. He now (2021) lives with his wife in Moscow, and writes about his life in 'Notes'
292:, Russia), and in 1981 he was appointed Professor of Applied Mathematics. From 1987-1995 he was Professor and Head of the Department of Applied Mathematics at
252:
and economic theory. He was the founder of the Altai (Russia, Barnaul) school of dynamics of nonlinear fluids (Yurii
Altukhov, Grigorii Pyshnograi and others).
53:
33:
441:. Econodynamics offers a more adequate interpretation of economic growth and other phenomena. Econodynamics is based on the achievements of classical
434:
261:
164:
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with some internal structure, such as polymers, living organisms, social organisations and so on, V.N. Pokrovskii reformulated the principles of
360:
phenomena of the molecular systems. The suspension of rigid particles in an anisotropic fluid provides a qualitative description of behaviour of
928:"Equations of motion of viscoelastic systems as derived from the conservation laws and the phenomenological theory of non-equilibrium processes"
293:
1098:
839:
126:
1024:
Zotin, Alexei; Pokrovskii, Vladimir (2018). "The growth and development of living organisms from the thermodynamic point of view".
272:
in
Siberia as a physicist (Department of Theoretical Physics) in 1958 and in the same year was employed as a teacher of physics at
107:
285:
79:
1103:
482:
626:
Tskhai, Aleksandr; Pokrovskii, Vladimir (1985). "Rotational mobility of a nonspherical particle in an anisotropic liquid".
86:
470:
277:
57:
49:
486:
273:
545:
Pokrovskii, Vladimir (1972). "Stresses, Viscosity, and
Optical Anisotropy of a Moving Suspension of Rigid Ellipsoids".
1083:
93:
38:
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Pokrovskii, Vladimir; Tskhai, Aleksandr (1986). "Slow motion of a particle in a weakly anisotropic viscous fluid".
42:
265:
75:
383:, could be explained by a special movement of long macromolecule among other macromolecules like a snake (via
380:
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490:
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183:
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Jubilee Medal "In
Commemoration of the 100th Anniversary of the Birth of Vladimir Ilyich Lenin" (1970)
300:
329:
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1043:
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826:. Springer Series in Chemical Physics. Vol. 95. Springer, Dordrecht-Heidelberg-London-New York.
738:
696:
682:"A justification of the reptation-tube dynamics of a linear macromolecule in the mesoscopic approach"
654:
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425:—a specific concept that is used for description of the processes of creation and distribution of
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594:"Contribution to the theory of relaxation processes in molecular liquids and liquid crystals"
429:. The theory is formulated as empirical science on the creation, motion and disappearance of
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and has been using the methods of phenomenological science to investigate evolution of
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among similar macromolecules (in the entangled system) and confirmed the existence of
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524:"Autobiographical notes in three parts (The Seasons, My Universities, The Returning)"
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248:; born 11 May 1934) is a Russian scientist known for his original contributions to
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Pokrovskii was born May 11, 1934, into a
Russian family in the rural locality
446:
396:
387:). V.N. Pokrovskii and his colaborators developed the theory of stochastic
384:
457:. The comprehensive review of the problems of econodynamics is available.
453:. Econodynamics has been proposing methods of analysis and forecasting of
994:
977:
774:"On the difference between weakly and strongly entangled linear polymers"
372:
352:. The usage of rigid ellipsoids model was also helpful in explaining of
954:
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Colloid
Journal of the USSR (English Translation of Kolloidnyi Zhurnal)
289:
978:"A derivation of the main relations of non-equilibrium thermodynamics"
426:
219:
1038:
724:"Reptation and diffusive modes of motion of linear macromolecules"
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Since 1995 Vladimir
Nikolaevich has been a visiting professor at
505:, which allows formulating the thermodynamic equation of growth
1011:
Thermodynamics of
Complex Systems: Principles and applications
63:
from the article and its talk page, especially if potentially
18:
823:
The
Mesoscopic Theory of Polymer Dynamics, the second edition
294:
Moscow
University of Economics, Statistics and Informatics
772:
Y.A. Altukhov, V.N. Pokrovskii, G.V Pyshnograi (2004).
1026:
Physica A: Statistical Mechanics and Its Applications
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Physica A: Statistical Mechanics and Its Applications
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that studies emergences, motion and disappearance of
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was apparently the first example of microrheological
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Physical Principles in the Theory of Economic Growth
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915:. Springer, Dordrecht-Heidelberg-London-New York.
898:. Springer, Dordrecht-Heidelberg-London-New York.
731:Journal of Experimental and Theoretical Physics
575:Statistical mechanics of the dilute suspensions
912:Econodynamics. The Theory of Social Production
895:Econodynamics. The Theory of Social Production
8:
805:: CS1 maint: multiple names: authors list (
647:Journal of Applied Mathematics and Mechanics
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56:about living persons that is unsourced or
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993:
856:"Best Reference Books – Polymer Dynamics"
481:from the equilibrium state. Considering
461:Dynamics of complex thermodynamic systems
435:technological theory of social production
262:Altayskoye, Altaysky District, Altai Krai
165:Altayskoye, Altaysky District, Altai Krai
127:Learn how and when to remove this message
324:For description of dynamic behaviour of
280:of the Academy of Sciences of the USSR (
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375:, according to earlier hypothesis by
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881:. Ashgate Publishing, Aldershot, UK.
276:. In 1964 he moved to the Branch of
214:Physics, Dynamics of complex systems
433:, which can also be considered as
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246:Влад’имир Никол’аевич Покр’овский
286:Altai State Technical University
238:Vladimir Nikolajevich Pokrovskii
23:
559:10.1070/PU1972v014n06ABEH004768
483:the first law of thermodynamics
268:), Russia. He graduated from
1013:. IOP Publishing, Bristol, UK.
1:
1099:Tomsk State University alumni
1009:Pokrovskii, Vladimir (2020).
976:Pokrovskii, Vladimir (2013).
909:Pokrovskii, Vladimir (2018).
892:Pokrovskii, Vladimir (2018).
877:Pokrovskii, Vladimir (1999).
820:Pokrovskii, Vladimir (2010).
477:that describe deviations of
471:nonequilibrium thermodynamics
278:Institute of Chemical Physics
16:Russian scientist (born 1934)
667:10.1016/0021-8928(86)90138-3
581:(in Russian). Nauka, Moscow.
503:an open thermodynamic system
487:second law of thermodynamics
274:Tomsk Polytechnic University
34:biography of a living person
1056:10.1016/j.physa.2018.08.094
793:10.1016/j.jnnfm.2004.05.001
781:J. Non-Newtonian Fluid Mech
709:10.1016/j.physa.2005.10.028
61:must be removed immediately
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722:Pokrovskii, V. N. (2008).
680:Pokrovskii, V. N. (2006).
493:and fluxes and also the
266:Алтайское, Алтайского края
926:Pokrovskii, V.N. (1970).
832:10.1007/978-90-481-2231-8
751:10.1134/S1063776108030205
592:Pokrovskii, V.N. (1976).
572:Pokrovskii, V.N. (1978).
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439:labour theory of value
346:constitutive equations
336:of the flowing dilute
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270:Tomsk State University
184:Tomsk State University
145:Vladimir N. Pokrovskii
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479:thermodynamic systems
76:"Vladimir Pokrovskii"
491:thermodynamic forces
54:Contentious material
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995:10.1155/2013/906136
982:ISRN Thermodynamics
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701:2006PhyA..366...88P
659:1986JApMM..50..391P
613:1976JETP...44..987P
601:Soviet Physics JETP
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495:entropy production
475:internal variables
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371:The properties of
354:optical anisotropy
301:Maltese University
935:Polymer Mechanics
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264:(Russian:
157:1934-05-11
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391:of long
373:polymers
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