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In the text, we used the film theory to show that for a fast irreversible second-order reaction, k0k=1+D1c10D2c20 This derivation assumed implicitly that the system
In the text, we used the film theory to show that for a fast irreversible second-order reaction, k0k=1+D1c10D2c20 This derivation assumed implicitly that the system was always dilute, so that there was no diffusionengendered convection (i.e., n1=j1 ). Imagine, instead, that the solution is concentrated, diluted only with product c3. The stoichiometry is simple: ( species 1)+( species 2)( species 3) Find the mass transfer coefficient in this case, assuming that diffusion obeys binary equations, with diffusion coefficients that are the same for all species
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