A practical thermodynamics resource for ethylene researchers and engineers.
This book presents a comprehensive property formulation for ethylene, including an equation of state, a vapor pressure equation, and a model for the ideal gas heat capacity. The coefficients come from a least-squares fit to experimental data, with comparisons to measured values to show how the model performs.
The work aims to provide reliable property values across the liquid and vapor phases, with tables spanning temperatures from the freezing line up to 450 K. It notes the model’s limitations near the critical region, helping you use the data with appropriate caution in that area.
- Equation of state and vapor pressure model for ethylene
- Ideal gas heat capacity formulation
- Coefficient selection by least-squares fitting to experimental data
- Benchmark comparisons between calculated and measured properties
Ideal for researchers and engineers who work with ethylene data, simulations, or process calculations needing trustworthy thermodynamic properties.