Pressure‐volume‐temperature behaviour of ethyl alcohol in the gaseous and liquid states

Dibakar Bhattacharyya; George Thodos

doi:10.1002/cjce.5450430311

Pressure‐volume‐temperature behaviour of ethyl alcohol in the gaseous and liquid states

Dibakar Bhattacharyya
, George Thodos

Research output: Contribution to journal › Article › peer-review

11 Scopus citations

Abstract

PVT data available in the literature for ethyl alcohol have been utilized for the development of a reduced density correlation for this substance. The critical constants accepted in this study are those determined by Young ₁ T_c = 516.3°K, P_c = 62.96 atm, and _pe = 0.276 g/cm.₃. To extend the available PVT information for ethyl alcohol over the complete range of temperatures up to T_R = 1.8 and pressures up to P_R = 40, use has been made of the available reduced density correlation of ammonia₂ and the Nelson‐Obert compressibility factor charts₃.

Original language	English
Pages (from-to)	150-152
Number of pages	3
Journal	The Canadian Journal of Chemical Engineering
Volume	43
Issue number	3
DOIs	https://doi.org/10.1002/cjce.5450430311
State	Published - Jun 1965

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General Chemical Engineering

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title = "Pressure‐volume‐temperature behaviour of ethyl alcohol in the gaseous and liquid states",

abstract = "PVT data available in the literature for ethyl alcohol have been utilized for the development of a reduced density correlation for this substance. The critical constants accepted in this study are those determined by Young 1 Tc = 516.3°K, Pc = 62.96 atm, and pe = 0.276 g/cm.3. To extend the available PVT information for ethyl alcohol over the complete range of temperatures up to TR = 1.8 and pressures up to PR = 40, use has been made of the available reduced density correlation of ammonia2 and the Nelson‐Obert compressibility factor charts3.",

author = "Dibakar Bhattacharyya and George Thodos",

year = "1965",

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AU - Thodos, George

PY - 1965/6

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N2 - PVT data available in the literature for ethyl alcohol have been utilized for the development of a reduced density correlation for this substance. The critical constants accepted in this study are those determined by Young 1 Tc = 516.3°K, Pc = 62.96 atm, and pe = 0.276 g/cm.3. To extend the available PVT information for ethyl alcohol over the complete range of temperatures up to TR = 1.8 and pressures up to PR = 40, use has been made of the available reduced density correlation of ammonia2 and the Nelson‐Obert compressibility factor charts3.

AB - PVT data available in the literature for ethyl alcohol have been utilized for the development of a reduced density correlation for this substance. The critical constants accepted in this study are those determined by Young 1 Tc = 516.3°K, Pc = 62.96 atm, and pe = 0.276 g/cm.3. To extend the available PVT information for ethyl alcohol over the complete range of temperatures up to TR = 1.8 and pressures up to PR = 40, use has been made of the available reduced density correlation of ammonia2 and the Nelson‐Obert compressibility factor charts3.

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ER -

Pressure‐volume‐temperature behaviour of ethyl alcohol in the gaseous and liquid states

Abstract

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