Thermophysical Properties of Pure Fluids and Aqueous Systems at High Temperatures and High Pressures

Table of contents:

APPENDIX D Thermodynamic Properties of Light and Heavy Water and Their Mixtures in the Critical and Supercritical Regions

Table D1 Isochoric heat capacities, densities, and pressures of light water at saturation at regular temperatures calculated from CREOS in the critical region

Table D2 Isochoric heat capacities, densities, and pressures of light water at saturation at regular pressures calculated from CREOS in the critical region

Table D3 Two- and one-phase isochoric heat capacity of light water along the critical isochore (ρ = 322.00 kgċm^-3) calculated from CREOS

Table D4 Isochoric heat capacity of light water along the near-critical isochores at regular temperature increments calculated from CREOS

Table D5 Isochoric heat capacities, densities, and pressures of heavy water at saturation at regular temperatures calculated from CREOS in the critical region

Table D6 Isochoric heat capacities, densities, and pressures of heavy water at saturation at regular pressures calculated from CREOS in the critical region

Table D7 Two- and one-phase isochoric heat capacity of heavy water along the critical isochore (ρ = 356.00 kgċm^-3) calculated from CREOS

Table D8 Temperatures, pressures, densities, isobaric and isochoric heat capacities, and speed of sound of heavy water at saturation calculated from CREOS in the critical region

Table D9 Isochoric heat capacity of heavy water along the near-critical isochores at regular temperature increments calculated from CREOS

Table D10 Temperatures, compositions, pressures, densities, and isochoric heat capacities of H₂O + D₂O mixture at saturation calculated from CREOS in the critical region

Table D11 Temperatures, pressures, isobaric heat capacities, and speed of sound of H₂O + D₂O mixture at saturation calculated from CREOS in the critical region

Table D12 Thermodynamic properties of H₂O + D₂O mixtures along the near-critical isochores at regular temperature increments calculated from CREOS

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