IHS ESDU Vapour pressure and critical points of liquids. Part 3A: C6 to C10 alkylbenzenes. 86012

Description
ESDU 86012 gives vapour pressure for 36 compounds. The data were obtained by a method described in ESDU 84021 involving a critical evaluation of experimental results in the literature, extrapolated by a reliable method into the low pressure region, and fitted by a Wagner equation applying over the full liquid range from the freezing to the critical point. The coefficients for the equation are given for each compound and three tables of vapour pressure are included: in SI units at 5 K intervals, in atmospheres at 5 degree C intervals, in lbf/sq in at 10 degree F intervals. The sources of the data used are listed, and a table gives likely uncertainties in values predicted by the equation that should be allowed for in any critical situation.
Description
ESDU 86012 gives vapour pressure for 36 compounds. The data were obtained by a method described in ESDU 84021 involving a critical evaluation of experimental results in the literature, extrapolated by a reliable method into the low pressure region, and fitted by a Wagner equation applying over the full liquid range from the freezing to the critical point. The coefficients for the equation are given for each compound and three tables of vapour pressure are included: in SI units at 5 K intervals, in atmospheres at 5 degree C intervals, in lbf/sq in at 10 degree F intervals. The sources of the data used are listed, and a table gives likely uncertainties in values predicted by the equation that should be allowed for in any critical situation.

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Vapour pressure and critical points of liquids.  Part 3A: C6 to C10 alkylbenzenes. - 86012 - IHS ESDU
London, United Kingdom
Vapour pressure and critical points of liquids. Part 3A: C6 to C10 alkylbenzenes.
86012
Vapour pressure and critical points of liquids. Part 3A: C6 to C10 alkylbenzenes. 86012
ESDU 86012 gives vapour pressure for 36 compounds. The data were obtained by a method described in ESDU 84021 involving a critical evaluation of experimental results in the literature, extrapolated by a reliable method into the low pressure region, and fitted by a Wagner equation applying over the full liquid range from the freezing to the critical point. The coefficients for the equation are given for each compound and three tables of vapour pressure are included: in SI units at 5 K intervals, in atmospheres at 5 degree C intervals, in lbf/sq in at 10 degree F intervals. The sources of the data used are listed, and a table gives likely uncertainties in values predicted by the equation that should be allowed for in any critical situation.

ESDU 86012 gives vapour pressure for 36 compounds. The data were obtained by a method described in ESDU 84021 involving a critical evaluation of experimental results in the literature, extrapolated by a reliable method into the low pressure region, and fitted by a Wagner equation applying over the full liquid range from the freezing to the critical point. The coefficients for the equation are given for each compound and three tables of vapour pressure are included: in SI units at 5 K intervals, in atmospheres at 5 degree C intervals, in lbf/sq in at 10 degree F intervals. The sources of the data used are listed, and a table gives likely uncertainties in values predicted by the equation that should be allowed for in any critical situation.

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Technical Specifications

  IHS ESDU
Product Category Standards and Technical Documents
Product Number 86012
Product Name Vapour pressure and critical points of liquids. Part 3A: C6 to C10 alkylbenzenes.
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