IHS ESDU Thermal conductivity of liquids: Carboxylic acids. 93017

Description
ESDU 93017 contains liquid thermal conductivity data for twenty two straightchain, three branched chain alkanoic acids and eleven alkenoic acids. Experimental results drawn from the literature for each pure compound were fitted with a four-term polynomial equation in reduced temperature. The coefficients were also faired with changing molecular structure to ensure the best correlation not only for the individual compounds but also for them as members of their chemical series. The coefficient correlations also allowed values to be predicted for those pure compounds for which no measured data exist. The equations were used to tabulate thermal conductivity values at saturation pressure, from close to the melting temperature to about 0.9 of the critical temperature, in SI units at 10 K and 10 degree Celsius intervals. The likely uncertainties in the values presented are indicated in the text. The critical temperature, coefficients and sources of the data are given for each compound. An approximate expression, valid between the normal melting and boiling temperatures is given for the effect of pressure up to 50 MPa.
Description
ESDU 93017 contains liquid thermal conductivity data for twenty two straightchain, three branched chain alkanoic acids and eleven alkenoic acids. Experimental results drawn from the literature for each pure compound were fitted with a four-term polynomial equation in reduced temperature. The coefficients were also faired with changing molecular structure to ensure the best correlation not only for the individual compounds but also for them as members of their chemical series. The coefficient correlations also allowed values to be predicted for those pure compounds for which no measured data exist. The equations were used to tabulate thermal conductivity values at saturation pressure, from close to the melting temperature to about 0.9 of the critical temperature, in SI units at 10 K and 10 degree Celsius intervals. The likely uncertainties in the values presented are indicated in the text. The critical temperature, coefficients and sources of the data are given for each compound. An approximate expression, valid between the normal melting and boiling temperatures is given for the effect of pressure up to 50 MPa.

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Thermal conductivity of liquids: Carboxylic acids. - 93017 - IHS ESDU
London, United Kingdom
Thermal conductivity of liquids: Carboxylic acids.
93017
Thermal conductivity of liquids: Carboxylic acids. 93017
ESDU 93017 contains liquid thermal conductivity data for twenty two straightchain, three branched chain alkanoic acids and eleven alkenoic acids. Experimental results drawn from the literature for each pure compound were fitted with a four-term polynomial equation in reduced temperature. The coefficients were also faired with changing molecular structure to ensure the best correlation not only for the individual compounds but also for them as members of their chemical series. The coefficient correlations also allowed values to be predicted for those pure compounds for which no measured data exist. The equations were used to tabulate thermal conductivity values at saturation pressure, from close to the melting temperature to about 0.9 of the critical temperature, in SI units at 10 K and 10 degree Celsius intervals. The likely uncertainties in the values presented are indicated in the text. The critical temperature, coefficients and sources of the data are given for each compound. An approximate expression, valid between the normal melting and boiling temperatures is given for the effect of pressure up to 50 MPa.

ESDU 93017 contains liquid thermal conductivity data for twenty two straightchain, three branched chain alkanoic acids and eleven alkenoic acids. Experimental results drawn from the literature for each pure compound were fitted with a four-term polynomial equation in reduced temperature. The coefficients were also faired with changing molecular structure to ensure the best correlation not only for the individual compounds but also for them as members of their chemical series. The coefficient correlations also allowed values to be predicted for those pure compounds for which no measured data exist. The equations were used to tabulate thermal conductivity values at saturation pressure, from close to the melting temperature to about 0.9 of the critical temperature, in SI units at 10 K and 10 degree Celsius intervals. The likely uncertainties in the values presented are indicated in the text. The critical temperature, coefficients and sources of the data are given for each compound. An approximate expression, valid between the normal melting and boiling temperatures is given for the effect of pressure up to 50 MPa.

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Technical Specifications

  IHS ESDU
Product Category Standards and Technical Documents
Product Number 93017
Product Name Thermal conductivity of liquids: Carboxylic acids.
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