Separation in the Flow Regime

Consider the emersion of bubbles in a liquid moving with a constant longitudinal velocity Li in a flat channel of height H. The equation for the diameter distribution of bubbles n x,z, D), where x is the longitudinal coordinate, is 

Let us consider only the simplest case when there is a uniform distribution of 

The solution of the problem can be obtained in the same manner as in Section 24. Divide the area 0 x L, 0 y H into three regions (Fig. 24.4) the undisturbed region I  

24) allows us to find the minimum length of the separator, which at a given height and flow rate provides the required residual gas content of the mixture at the exit. 

Using the expressions (24.17) to (24.19), in which t should be replaced by x/L7, it is possible to determine the residual gas content at the exit. The volume flow rate of gas Qg carried away by the mixture from the separator is 

---