A new method based on thermodynamic similarity and experimental data for the isobaric heat capacity of hydrocarbons and mixtures thereof on the saturated liquid line is offered to calculate the adjusted heat capacity for hydrocarbons and mixtures thereof with due regard to the reduced temperature. Formulas have been developed to estimate the reduced heat capacity for the reduced temperature values within the range 0.37< τ <0.92 with an error less than 2.6% for the hydrocarbons and the entire temperature range with an error less than 2.7% for the of mixtures thereof
A new model for predicting heat capacity of linear hydrocarbons with a significantly reduced number ...
Accurate predictions of volumetric behavior for reservoir fluids are necessary for many calculations...
The basic thermophysical parameter of the working fluid of all thermal machines without exception is...
A generalized correlation is submitted for the deviation of the isobaric heat capacity of hydrocarbo...
A model for the temperature dependence of the isobaric heat capacity of associated pure liquids C-p,...
Reliable information about isobaric heat capacities CP is necessary to determine the energies of org...
Heat capacity arises because the individual particles comprising a substance are able to move and th...
This paper presents analyses of 32 further hydrocarbons, using heat-capacity, enthalpy and entropy e...
The isobaric heat capacity of liquid H20, Cp, as a function of temperature, decreases between 0 ° an...
A universally applicable method for the prediction of the isobaric heat capacities of the liquid and...
The isobaric heat capacity in non-reacting and in reacting systems has been analysed. The isobaric h...
The present paper is devoted to the study of the relationship between the difference of isochoric he...
Accurate predictions of volumetric behavior for reservoir fluids are necessary for many calculations...
New empirical equations for correlating temperature dependence of vapor pressure for C6–C20 aliphati...
This paper presents a set of linear equations describing the temperature dependence of the saturated...
A new model for predicting heat capacity of linear hydrocarbons with a significantly reduced number ...
Accurate predictions of volumetric behavior for reservoir fluids are necessary for many calculations...
The basic thermophysical parameter of the working fluid of all thermal machines without exception is...
A generalized correlation is submitted for the deviation of the isobaric heat capacity of hydrocarbo...
A model for the temperature dependence of the isobaric heat capacity of associated pure liquids C-p,...
Reliable information about isobaric heat capacities CP is necessary to determine the energies of org...
Heat capacity arises because the individual particles comprising a substance are able to move and th...
This paper presents analyses of 32 further hydrocarbons, using heat-capacity, enthalpy and entropy e...
The isobaric heat capacity of liquid H20, Cp, as a function of temperature, decreases between 0 ° an...
A universally applicable method for the prediction of the isobaric heat capacities of the liquid and...
The isobaric heat capacity in non-reacting and in reacting systems has been analysed. The isobaric h...
The present paper is devoted to the study of the relationship between the difference of isochoric he...
Accurate predictions of volumetric behavior for reservoir fluids are necessary for many calculations...
New empirical equations for correlating temperature dependence of vapor pressure for C6–C20 aliphati...
This paper presents a set of linear equations describing the temperature dependence of the saturated...
A new model for predicting heat capacity of linear hydrocarbons with a significantly reduced number ...
Accurate predictions of volumetric behavior for reservoir fluids are necessary for many calculations...
The basic thermophysical parameter of the working fluid of all thermal machines without exception is...