1972AIChE JournalRequires access

Activity coefficients at infinite dilution for ternary system

Kazuo Kojima

Open publisher page 3 citations

Abstract

Abstract A simple thermodynamic expression determining the infinite dilution activity coefficients from the dew point isobar is presented. A flow method measuring the dew point temperature for ternary and binary isobaric systems is proposed. An analysis determining the infinite diluvion ternary activity coefficients for ethanol‐isopropyl alcohol‐water system at 1 atm. is illustrated.

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Abstract A simple thermodynamic expression determining the infinite dilution activity coefficients from the dew point isobar is presented. A flow method measuring the dew point temperature for ternary and binary isobaric systems is proposed. An analysis determining the infinite diluvion ternary activity coefficients for ethanol‐isopropyl alcohol‐water system at 1 atm. is illustrated.

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Available abstract

Abstract A simple thermodynamic expression determining the infinite dilution activity coefficients from the dew point isobar is presented. A flow method measuring the dew point temperature for ternary and binary isobaric systems is proposed. An analysis determining the infinite diluvion ternary activity coefficients for ethanol‐isopropyl alcohol‐water system at 1 atm. is illustrated.

Key concepts: Isobaric process, Ternary operation, Dilution, Isobar, Activity coefficient, Thermodynamics, Isopropyl alcohol, Chemistry

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