Gas A dissolves and then diffuses into liquid B. In addition, A will react with B with the reaction rate per unit volume
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Gas A dissolves and then diffuses into liquid B. In addition, A will react with B with the reaction rate per unit volume
Gas A dissolves and then diffuses into liquid B. In addition, A will react with B with the reaction rate per unit volume = -k₁C₁. Assume the mass diffusivity DAB can be regarded as constant and the solubility of gas A in liquid B is extremely small. The concentration of A at the interfacial area between gas A and liquid B remains CAO. The product of reaction does not interfere with the diffusion of A through B. Find the steady-state concentration distribution of A in the liquid. Gas A z=0, C = Cao Liquid B
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