Abstract
In this investigation, pressure-induced cross-flow between two parallel single-phase flows communicating by a long lateral slot has been studied. The analysis of experimental data on the transverse resistance coefficient, K, defined by Δp r = K 1 2 ϱμ 2 , has shown that this coefficient is mainly a function of the ratio of the lateral flow velocity to the donor channel axial velocity, of the recipient channel axial velocity and of the gap clearance and thickness of the slot. Its variation with different parameters is given graphically.
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