RT Journal Article ID 389e320d621e8810 A1 Nakorchevskii, Alfred I. T1 Interphase Heat and Mass Transfer under Pulsation Conditions JF Heat Transfer Research JO HTR YR 2002 FD 2002-06-01 VO 33 IS 3&4 OP 3 AB On the basis of Reynolds averaging it is shown that heat and mass transfer processes occurring in a pulse mode proved to be more efficient than those taking place in a conventional manner with identical energy consumption. The algorithm for determining the coefficient of phase volume and time of interphase contact in eddies is presented in the scope of present knowledge of mixing layers as a result of cascade pairwise coalescence of determinable eddies. Transfer processes inside eddies are suggested to be simulated within the framework of approximation of the theory of penetration, whereas transfer through the boundary between the eddies can be analyzed by the theory of boundary layers. PB Begell House LK https://www.dl.begellhouse.com/journals/46784ef93dddff27,36643c59749073da,389e320d621e8810.html