The structure and thermodynamic properties of the freely jointed linear chain uid with monomers interecting by the Lennard-Jones potential are studied using the polymer Percus-Yevick (PPY) ideal chain approximation. The theory is based on the Wertheim's multi-density integral-equation theory for associating uids, appropriately modiied to describe the… (More)

Polymer PercusYevick ideal chain approximation for the mixture of heteronuclear hardsphere chain uid

V. KalyuzhnyiYu., Lin C.-T., G. Stell

Chem . Phys .

1997

Primitive models of chemical association . II . Polymerization into exible chain molecules of prescribed length

V. KalyuzhnyiYu., Lin C.-T., G. Stell

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1997

Solution of the CandlerSilbeyLadanyiequation for the multicomponent hardsphere sitesite molecular uid : PercusYevick approximation

V. KalyuzhnyiYu., T. CummingsP.

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1996

Polymer BornGreenYvon equation with proper triplet superposition approximation . Results for hardsphere chains

P. Attard

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1995

Solution of the polymer PercusYevickapproximation for the multicomponent totally exible sticky two - point modelof polymerizing uid

V. KalyuzhnyiYu., T. CummingsP.

Chem . Phys .

1995

The Wertheim integral equation theory with the idealchain approximation and a dimer equation of state : Generalization to mixtures of hardsphere chain uids

J. Chang, I. SandlerS.

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1995

The correlation functions of hardsphere chain uids : Comparison of the Wertheim integral equation theory with the Monte Carlosimulation

J. Chang, I. SandlerS.

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1995

Yvon equation for exible chainmolecule uids . I . General formalism and numerical results for short hardsphere chains

P. TaylorM., - LipsonJ.E.G.ABorn-Green

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1995

Equation of state for LennardJoneschains

K. JohnsonJ., A. MullerE., E. GubbinsK.

/ / J . Phys . Chem .

1994

Monte Carlo simulation of equation of state and structureof chain uids