THE NATURE OF TURBULENCE OF JETS OF STREAMS

Understanding the nature of turbulence remains the most important unsolved problem of our time. Elucidation of the physics of the phenomenon is especially important. In this work, we propose a physical model of turbulence of jet streams. The model is based on the factors proven by practice that accompany the appearance of turbulence: flow velocity, size of the region, viscosity of the medium, and time scale. Theoretically, the conclusions are reduced to an analytical expression that determines the nature of the motion of the jets.