Fluid Properties# Pure and Pseudo-Pure fluid properties Introduction Thermodynamic properties of Fluid List of Fluids Ideal Curves Ideal Curve Boyle Curve Joule Inversion Curve Joule-Thomson Curve Ideal Curves for Refrigerant R125 Mixtures Theoretical description Estimating binary interaction parameters Using your own interaction parameters Phase Envelope Reducing Parameters Excess Helmholtz Energy Terms Appendix Predefined mixtures Binary pairs Humid Air Properties Molar Volume Molar Enthalpy Enhancement factor Isothermal Compressibility Sample HAPropsSI Code Table of Inputs/Outputs to HAPropsSI Wet-bulb temperature near the triple point Psychrometric Chart Humid Air Validation Verification Script Incompressible Fluids General Introduction Pure Fluid Examples Mixture Examples Partial Derivatives Fitting Reports Thermodynamics of Incompressible Fluids Equations The Different Fluids Adding New Fluids IF97 Steam/Water Properties General Introduction Piecewise structure of IAPWS-IF97 IF97 Backend IF97 Range of Validity IF97 Water Property Examples IF97 Conformance and Timing Deviation of SVDSBTL&IF97::Water from IAPWS-IF97 Backend timing (AbstractState.update regime) SVDSBTL&IF97 — open-source, fast, fully traceable IF97 vs HEOS timing — per-call and batched Advanced Fluid Properties Use of Extended Corresponding States for Transport Properties Conversion from ideal gas term to Helmholtz energy term Converting Bender and mBWR EOS
