An excess function method to model the thermophysical properties of one-phase secondary refrigerants

Physical modeling, numerical simulations and experimental investigations of Non-Newtonian ice slurry flows

“…So by a simple measurement of the temperature under freezing condition, we can determine the final concentration of the solute C f in residual solution by the liquidus expression published and proposed by Lugo et al (2002).…”

Numerical Modeling of Concentration Polarization in Reverse Osmosis Desalination Systems

“…Therefore, the transport and physical properties of the solutions in the transport equations (1)-( 5), should include the variation with the solute concentration and the solution temperature. The correlations relative to the variation with the concentration and temperature of the physical and transport properties of the studied aqueous solution of sodium chloride are collected from different sources [19,[22][23][24][25][26][27][28].…”

Liquid density prediction of five different classes of refrigerant systems (HCFCs, HFCs, HFEs, PFAs and PFAAs) using the artificial neural network-group contribution method

“…Lugo et al (2002) proposed a method to calculate some of the thermophysical properties of aqueous solutions which are used as secondary refrigerants. Scalabrin et al (2003) proposed a threeparameter density model based on corresponding states technique as a means of predicting the density of halogenated alkanes (HAs) and the HFEs and their mixtures.…”

“…Scalabrin et al (2003) proposed a threeparameter density model based on corresponding states technique as a means of predicting the density of halogenated alkanes (HAs) and the HFEs and their mixtures. Maftoon-Azad et al (2005) examined an analytical equation of state to predict the density of some compressed liquid HCFC and HFC refrigerants. They used a version of the Ihm-Song-Mason (ISM) equation (Song and Mason, 1989) to predict the volumetric behavior of only six refrigerants.…”