An improved Helmholtz energy model for non-polar fluids and their mixtures. Part 1: Application to non-polar pure fluids

Keyphrases

• Helmholtz Energy Model 100%
• Polar Fluids 100%
• Pure Water 100%
• Carbon Dioxide 50%
• Design Process 25%
• Toluene 25%
• Cyclohexane 25%
• Argon 25%
• Thermodynamic Properties 25%
• Helmholtz Energy 25%
• Average Absolute Deviation 25%
• Correction Term 25%
• Corresponding States Models 25%
• Extended Corresponding States 25%
• Speed of Sound 25%
• Molar Heat Capacity 25%
• Isobaric Heat Capacity 25%
• Saturated Vapor Density 25%
• Saturation Pressure 25%
• Benzene 25%
• Isobutane 25%
• Ethane 25%
• Dioxide Carbon 25%
• Saturated Liquid 25%
• Industrial Interest 25%
• Normal Alkanes 25%
• Ethylene 25%
• Octane 25%
• Vapor-liquid-solid 25%
• Single Component 25%
• Process Simulation 25%

INIS

• mixtures 100%
• applications 100%
• energy models 100%
• fluids 100%
• density 28%
• design 14%
• energy 14%
• data 14%
• simulation 14%
• nitrogen 14%
• performance 14%
• speed 14%
• liquids 14%
• accuracy 14%
• oxygen 14%
• prediction 14%
• saturation 14%
• toluene 14%
• workers 14%
• cyclohexane 14%
• corrections 14%
• argon 14%
• thermodynamic properties 14%
• heat capacity 14%
• vapors 14%
• temperature dependence 14%
• carbon dioxide 14%
• benzene 14%
• isobutane 14%
• carbon monoxide 14%
• ethane 14%
• ethylene 14%
• alkanes 14%
• octane 14%

Engineering

• Helmholtz Energy 100%
• Pure Fluid 100%
• Correction Term 20%
• State Model 20%
• Saturated Vapor 20%
• Saturation Pressure 20%
• Isobaric Heat Capacity 20%
• Alkane 20%
• Process Design 20%
• Process Simulation 20%
• Single Component 20%
• Saturated Liquid 20%
• Isobutane 20%
• Carbon Monoxide 20%