The proportionality between the rate of transport of a component in this type of system and that component's gradient rate of transport is given by the austausch coefficient. During this process, the velocity difference is proportional to the distance to the one-third power,
The proportionality between the rate of transport of a component in this type of system and that component's gradient rate of transport is given by the austausch coefficient. During this process, the velocity difference is proportional to the distance to the one-third power, according to Kolmogorov. The statistical explanations for it arise because the solutions to the Navier-Stokes equations are unstable past a certain point, generally above a Reynolds number of four thousand. For 10 points, name this chaotic flow, contrasted with laminar flow.
The proportionality between the rate of transport of a component in this type of system and that component's gradient rate of transport is given by the austausch coefficient.
turbulent flow [or turbulence]