ИСТИНА

http://vcs.poi.dvo.ru/index.php/conf-prog-2 Indivisibility of vortices and waves in the differential fluid mechanics Yuli D. Chashechkin In given classification of solutions for the high rank set of the fundamental dissipative equations, describing flows of inhomogeneous fluids in outer forcing fields, distinguished functions are presented. Part of them describes different waves (inertial, gravitational internal or surface, capillary, acoustic and hybrid types), another part characterizes vortex components. Depending on boundary conditions, different types of vortex elements exist in the form of fine interfaces and compact semi-closed structures. Solutions of periodic and attached internal waves generation problems are compared the data of precision laboratory experiments. Non-linearity effects lead for formation of complex vortex flows in localized domains of the flows. Additional types of waves are associated with a new forces created by a strong vortex motion. All flow components are characterized by a fine structure with an individual geometry of different physical quantities fields. Results of compatible theoretical and laboratory modelling are compared with environmental observations.