Helmholtz energy and extended corresponding states model for the prediction of thermodynamic properties of refrigerants

Keyphrases

• Thermodynamic Properties 100%
• Helmholtz Energy 100%
• Corresponding States Models 100%
• Extended Corresponding States 100%
• Refrigerant 100%
• Correction Term 50%
• Accurate Model 25%
• Fluid Mixtures 25%
• Helmholtz Energy Model 25%
• Average Absolute Deviation 25%
• Density Dependence 25%
• Shape Factor 25%
• Speed of Sound 25%
• MiR-218 25%
• R-32 25%
• Polar Fluids 25%
• R-22 25%
• R134a 25%
• Molar Heat Capacity 25%
• Isobaric Heat Capacity 25%
• R141b 25%
• Natural Gas System 25%
• R-12 25%
• R245fa 25%
• Saturated Vapor Density 25%
• Technical Application 25%
• R152a 25%
• Saturation Pressure 25%
• Reference Equation of State 25%
• R125 25%
• Saturated Liquid Density 25%
• Dependent Correlations 25%
• Temperature Dependence 25%

INIS

• energy 100%
• prediction 100%
• thermodynamic properties 100%
• fluids 100%
• refrigerants 100%
• density 75%
• corrections 50%
• heat capacity 50%
• data 25%
• mixtures 25%
• equations 25%
• correlations 25%
• applications 25%
• speed 25%
• liquids 25%
• accuracy 25%
• shape 25%
• saturation 25%
• energy models 25%
• vapors 25%
• natural gas 25%
• equations of state 25%

Engineering

• State Model 100%
• Helmholtz Energy 100%
• Thermodynamics 100%
• Shape Factor 33%
• Fluid Mixture 33%
• Saturated Vapor 33%
• Saturation Pressure 33%
• Isobaric Heat Capacity 33%
• Liquid Density 33%
• Natural Gas 33%
• Heat Capacity 33%
• Saturated Liquid 33%
• Equations of State 33%