Enhancement factor in gas—liquid reactions in presence of side mass transfer resistence for a second order reactions
✍ Scribed by Vilas S. Patwardhan
- Publisher
- Elsevier Science
- Year
- 1981
- Tongue
- English
- Weight
- 284 KB
- Volume
- 36
- Category
- Article
- ISSN
- 0009-2509
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✦ Synopsis
Shorter Communications N, molar flux of i with respect to stationary coordinate reference frame N, mixture total molar flux p total system pressure [PI modal matrix of [DI distance coordinate along diffusion path gas constant time temperature diffusion velocity of species i in mixture molar average mixture molar average mixture velocity matrix of total diffusion coefficients defined by eqn (20) mole fraction of i in mixture Greek symbols [B] bootstrap matrix with elements given by eqn (IO) activitv coefficient of species i in solution matrix-of thermodynamic factors with elements given by
📜 SIMILAR VOLUMES
The governing differential equation for gas absorption in laminar falling film with zero-order homogeneous chemical reaction and finite gas-phase mass transfer resistances is solved analytically by the method of separation of variables and subsequent solution with confluent hypergeometric function.
Equation (8) on page 5454 read: ( 8 ) (8) kla = 9.85 x 10-4~0.6N1.2g-0.053ul-0.45Q0.76~~0.72( F 1 ~, ) -0.6 I It should read: kIa = 9-85 x 1 0 -4 D 0 . 6 ~l . 2 g -0 . ~ -0.45~0.360;;0.72( F p ) -o.6 I 01 1 2