2. A mixture of Oz (A) and N2 (B) diffuses through the pores of a 2-mm-thick piece of unglazed porcelain at a total pres

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2. A mixture of Oz (A) and N2 (B) diffuses through the pores of a 2-mm-thick piece of unglazed porcelain at a total pres

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2 A Mixture Of Oz A And N2 B Diffuses Through The Pores Of A 2 Mm Thick Piece Of Unglazed Porcelain At A Total Pres 1
2 A Mixture Of Oz A And N2 B Diffuses Through The Pores Of A 2 Mm Thick Piece Of Unglazed Porcelain At A Total Pres 1 (41.23 KiB) Viewed 23 times
2. A mixture of Oz (A) and N2 (B) diffuses through the pores of a 2-mm-thick piece of unglazed porcelain at a total pressure of 0.1 atm and a temperature of 293 K. The average pore diameter is 0.1ụm, the porosity is 30.5%, and the tortuosity is 4.39. Estimate the diffusion fluxes of both components when the mole fractions of O2 are 80% and 20% on either side of the porcelain. The collision diameters for oxygen and nitrogen are 3.467 and 3.798 Å, respectively.
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