In this Paper, the thermodynamic properties of nitrogen such as enthalpy and entropy calculated from the BWR equation of state 1 using eight coefficients, which were optimized previously 2 are presented. The thermodynamic properties calculated are found to be satisfactory in the region from atmosphe
The calculation of density by the BWRS equation of state in process simulation contexts
β Scribed by Martin B. Mills; M. John Wills; Vasant L. Bhirud
- Publisher
- American Institute of Chemical Engineers
- Year
- 1980
- Tongue
- English
- Weight
- 947 KB
- Volume
- 26
- Category
- Article
- ISSN
- 0001-1541
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π SIMILAR VOLUMES
In this paper thermodynamic properties of oxygen such as enthalpy and entropy are presented, as calculated from the BWR equation of state 1 using eight coefficients which were optimized in a previous paper 2, and compared to those of nitrogen. The thermodynamic properties calculated were found to be
A suitable function of the formf(P, o, T) = 0, known as the equation of state, can be used to evaluate many important properties of pure substances and mixtures. At present, no single equation of state exists that is equally suitable for all the properties for any large range of substances. Even for
The vertical ionization potentials of nine small molecules were computed by the deMon density functional program and different versions of the transition-state method and the results were compared with earlier calculations and with experiment. The average absolute deviation of the 38 computed ioniza