Abstract: | The present paper gives an exact solution of the equations describing the flow of a multicomponent gas between two parallel permeable planes, one of which moves relative to the other with constant velocity (i. e., we study a flow of the Couette type).Notation y
coordinate
- u, v
velocity components
-
density
- ci
mass concentration of i-th component
- Ii
diffusional flux of i-th component
- H
enthalpy
- T
temperature
- m
molecular weight
-
viscosity coefficient
-
heat conduction coefficient
- cp
mixture specific heat
- Dij
the binary diffusion coefficients
- P
Prandtl number
- Sij
Schmidt number
- N
total number of components
- n
number of components in injected gas
-
l
distance between planes
Indices i, j
component numbers
- w
applies to quantities for y=0
-
*
applies to quantities for y=l |