Experimental substantiation of turbulence wave model

Some fundamental assertions underlying the wave model of turbulence were summarized in Chapter 1. None of them, taken alone, seems to be unusual. However new effects of their combination may raise some doubts. Those assertions that need experimental verification first of all are: the simple wave structure in a channel and the character of compression waves transmitting momentum to the fluid, origination of acoustic perturbations, and formation mechanism of secondary waves of spherical type.

Certainly, a degree of conformity between the oscillation spatiotemporal fields computed by the offered method and observed in experiments should be verified as well. Here we will consider the experimental data relating to these problems.