Geodesic
About an opportunity of synergetic birth of mesoscale coherent structures in the macroscopic theory of a~developed turbulence
Matematičeskoe modelirovanie, Tome 17 (2005) no. 10, pp. 47-78.

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The purpose of paper is the development of the continuum theory of a structured turbulence of shift fluxions of a fluid simulated total two of interpenetrative continuums, from which one first falls into to an average field of a turbulent motion, and second – to the turbulent time-space chaos including and band of mesoscale coherent structures, localized in space. It is considered, that the mesoscale structures at magnification supercriticality are generated by small-scale vortex formations, which one in two-level model of a turbulence are featured in padding interior parameters of chaos, for example, generalized angular velocities describing a vorticities of a pulsation hydrodynamic field. The opportunity of synergetic birth of mesoscale coherent structures from turbulent chaos (far from complete chaos of athermodynamic equilibrium) is considered at the expense of a phase locking concerning large small-scale vortexes (maximum oscillations inside some spectral interval) at the presence of a noise, connect with “thermal” structure of a vortex continuum. The similar mechanism of forming and evolution of coherent structures in thermodynamical open subsystem of turbulent chaos is interpreted from the point of view of the theory of dynamic systems. The attempted examination is aimed at development of a series of representative hydrodynamic models of space environments, including evolution of a solar System, appearance of turbulent transport on planets and in their atmospheres, problem of an ecology etc. It is prolongation of the stochastics-thermodynamic approach to synergetic exposition of a structured turbulence of astro-geophysical systems developed by the writer in a series of articles [1–3]. 
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A. V. Kolesnichenko. About an opportunity of synergetic birth of mesoscale coherent structures in the macroscopic theory of a~developed turbulence. Matematičeskoe modelirovanie, Tome 17 (2005) no. 10, pp. 47-78. http://geodesic.mathdoc.fr/item/MM_2005_17_10_a4/

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