TWO-PHASE ABSORPTION COMPLICATED BY A SECOND-ORDER CHEMICAL
REACTION IN THE LIQUID PHASE IN IRRIGATED CHANNELS
(A SOLUTION FOR THE FIRST QUADRANT OF THE HYDRODYNAMIC PLANE. THEORY. 
CALCULATION)

V. N. Babak, T. B. Babak, and L. P. Kholpanov

UDC 66.021

Two-phase film absorption complicated by an irreversible 
chemical reaction in the liquid is studied on the basis of a solution 
of diffusion transfer equations in the gas and liquid phases. The 
concentration distribution of the soluble component and the reaction 
product on the interface is studied theoretically. The dimensionless 
diffusion flow is calculated numerically as a function of the length 
of the channel with arbitrary controlling parameters.