Thermodynamic data for carbon monoxide, 70–300 K, up to 300 atm, in one precise reference.
This book collects key thermodynamic properties for carbon monoxide, presenting internal energy, entropy, enthalpy, and density as functions of pressure and temperature. It also includes charts and equations to support quick predictions and comparisons.
The publication compiles P–p–T values below 300 K, along with vapor pressure data and density information for saturated liquid and vapor. It explains how the data were generated using the Su principle of corresponding states with a nitrogen model, and it compares the results with experimental data and other correlations. A vapor pressure equation and a surface-forced description are provided to help researchers apply the results directly.
- tabulated P–p–T values from 70 to 300 K and 0.1 to 300 atm
- vapor pressure data and saturated liquid/vapor densities
- equations of state and derived properties, with comparisons to experimental data
- guidance on selecting reliable values and fixed points for reference data
Ideal for researchers, students, and engineers who need reliable, model-backed thermodynamic data for carbon monoxide across a broad cryogenic to low-ambient range.