Perturbed hard-sphere-chain (PHSC) theory equation of state (EOS), which is based on the square-well model of Alder et al. is applied to calculate and predict the solubilities of solvents and gases in polymers and copolymer. The calculations with one temperature-independent binary parameter K-12, and the predictions with K-12 = 0 are performed for 29 polymer solutions and 9 copolymer mixtures. The obtained results show that this EOS can describe vapor-liquid equilibria(VLE) of high concentration polymer and copolymer solutions very well. The purely predicted results show that the equation has very good predicting potential. (C) 2001 Elsevier Science B.V. All rights reserved
Properties of saturated fluid states are used as basis to find the chain-of-rotators equation of sta...
none2Semicrystalline polymers are employed in a variety of applications in view of their good stabil...
The predictive capability of gas and liquid solubility in organic polymers is examined based on the ...
Perturbed hard-sphere-chain (PHSC) theory equation of state (EOS), which is based on the square-well...
A simplified perturbed hard-sphere-chain (PHSC) theory is applied to interpret, correlate, and (in p...
Abstract Well established equation-of-state (EoS) models from Perturbed Hard Sphere Chain Theory ...
Abstract Well established equation-of-state (EoS) models from Perturbed Hard Sphere Chain Theory ...
Abstract Well established equation-of-state (EoS) models from Perturbed Hard Sphere Chain Theory ...
The prediction or correlation of thermodynamic properties and phase equilibria with equations of sta...
A free-energy model is developed for polymer chains in good solvents.This model, which combines the ...
Equations of state (eos) have become the prevalent means for thermodynamic and phase equilibrium cal...
The effect of hard-sphere-chain equations on the description of phase behavior is presented by the c...
The aim of this work is to apply a group-contribution cubic equation of state to vapor-liquid equili...
It is well known that semicrystalline polymers absorb lower amounts of fluid than the corresponding ...
It is well known that semicrystalline polymers absorb lower amounts of fluid than the corresponding ...
Properties of saturated fluid states are used as basis to find the chain-of-rotators equation of sta...
none2Semicrystalline polymers are employed in a variety of applications in view of their good stabil...
The predictive capability of gas and liquid solubility in organic polymers is examined based on the ...
Perturbed hard-sphere-chain (PHSC) theory equation of state (EOS), which is based on the square-well...
A simplified perturbed hard-sphere-chain (PHSC) theory is applied to interpret, correlate, and (in p...
Abstract Well established equation-of-state (EoS) models from Perturbed Hard Sphere Chain Theory ...
Abstract Well established equation-of-state (EoS) models from Perturbed Hard Sphere Chain Theory ...
Abstract Well established equation-of-state (EoS) models from Perturbed Hard Sphere Chain Theory ...
The prediction or correlation of thermodynamic properties and phase equilibria with equations of sta...
A free-energy model is developed for polymer chains in good solvents.This model, which combines the ...
Equations of state (eos) have become the prevalent means for thermodynamic and phase equilibrium cal...
The effect of hard-sphere-chain equations on the description of phase behavior is presented by the c...
The aim of this work is to apply a group-contribution cubic equation of state to vapor-liquid equili...
It is well known that semicrystalline polymers absorb lower amounts of fluid than the corresponding ...
It is well known that semicrystalline polymers absorb lower amounts of fluid than the corresponding ...
Properties of saturated fluid states are used as basis to find the chain-of-rotators equation of sta...
none2Semicrystalline polymers are employed in a variety of applications in view of their good stabil...
The predictive capability of gas and liquid solubility in organic polymers is examined based on the ...