Graduate Thesis Or Dissertation
 

Diffusion coefficients of isopropyl alcohol in binary and multicomponent gas systems involving air and argon

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  • Diffusion coefficients for isopropyl alcohol-air, isopropyl alcohol-argon, isopropyl alcohol-mixture of argon 1 : air 1, isopropyl alcohol-mixture of argon 1 : air 2, and carbon tetrachloride-air system were determined, using an Arnold cell technique. The measured carbon tetrachloride-air system diffusion coefficient was compared with previously measured values to verify the accuracy and reproducibility of the present experimental technique. The following diffusion coefficients were obtained at 25°C. D of CC1₄ - air = 0.08002 cm²/sec D of CH₃CHOHCH₃ - air = 0.10626 cm²/sec D of CH₃CHOHCH₃ - argon = 0.08928 cm²/sec D of CH₃CHOHCH₃ - argon : air [subscript](1 : 1 in volume) = 0.09425 cm²/sec D of CH₃CHOHCH₃ - argon : air [subscript](1 : 2 in volume) = 0.09804 cm²/sec
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