claim: The Thin Red Line (1998 film) exclusively features performances by Catalonian actors.
evidence: The Taylor microscale , which is sometimes called the turbulence length scale , is a length scale used to characterize a turbulent fluid flow .. length scale. length scale. turbulent. turbulence. fluid flow. fluid flow. This microscale is named after Geoffrey Ingram Taylor .. Geoffrey Ingram Taylor. Geoffrey Ingram Taylor. The Taylor microscale is the intermediate length scale at which fluid viscosity significantly affects the dynamics of turbulent eddies in the flow .. length scale. length scale. turbulent. turbulence. viscosity. viscosity. dynamics. dynamics ( physics ). eddies. eddy ( fluid dynamics ). This length scale is traditionally applied to turbulent flow which can be characterized by a Kolmogorov spectrum of velocity fluctuations .. length scale. length scale. turbulent. turbulence. Kolmogorov. Andrey Kolmogorov. In such a flow , length scales which are larger than the Taylor microscale are not strongly affected by viscosity .. viscosity. viscosity. These larger length scales in the flow are generally referred to as the inertial range .. inertial range. inertial range. Below the Taylor microscale the turbulent motions are subject to strong viscous forces and kinetic energy is dissipated into heat .. turbulent. turbulence. kinetic energy. kinetic energy. dissipated. dissipation. These shorter length scale motions are generally termed the dissipation range .. length scale. length scale. dissipation range. dissipation range. Calculation of the Taylor microscale is not entirely straightforward , requiring formation of certain flow correlation function -LRB- s -RRB- , then expanding in a Taylor series and using the first non-zero term to characterize an osculating parabola .. Taylor series. Taylor series. The Taylor microscale is proportional to , while the Kolmogorov microscales is proportional to , where is the integral scale Reynolds number .. Kolmogorov. Andrey Kolmogorov. Kolmogorov microscales. Kolmogorov microscales. A turbulence Reynolds number calculated based on the Taylor microscale is given by. where is the root mean square of the velocity fluctuations .. root mean square. root mean square. The Taylor microscale is given as. where is the kinematic viscosity , and is the rate of energy dissipation .. viscosity. viscosity. kinematic viscosity. kinematic viscosity. A relation with turbulence kinetic energy can be derived as. kinetic energy. kinetic energy. turbulence kinetic energy. turbulence kinetic energy. The Taylor microscale gives a convenient estimation for the fluctuating strain rate field