Functional representation for the grand partition function of a multicomponent system of charged particles: Correlation functions of the reference system

Based on the method of collective variables (CV) with a reference system, the exact expression for the functional of the grand partition function of a m-component ionic model with charge and size asymmetry is found. Particular attention is paid to the n-th particle correlation functions of the refer...

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Main Authors: O.V.Patsahan, I.M.Mryglod
Format: Article
Language:English
Published: Institute for Condensed Matter Physics 2006-01-01
Series:Condensed Matter Physics
Subjects:
Online Access:http://dx.doi.org/10.5488/CMP.9.4.659
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author O.V.Patsahan
I.M.Mryglod
author_facet O.V.Patsahan
I.M.Mryglod
author_sort O.V.Patsahan
collection DOAJ
description Based on the method of collective variables (CV) with a reference system, the exact expression for the functional of the grand partition function of a m-component ionic model with charge and size asymmetry is found. Particular attention is paid to the n-th particle correlation functions of the reference system which is presented as a m-component system of "colour" hard spheres of the same diameter. A two-component model is considered in more detail. In this case the recurrence formulas for the correlation functions are found. A general case of a m-component inhomogeneous system of the "colour" hard spheres is also analysed.
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spelling doaj.art-34d76252568a430e82ed8df51edda76c2022-12-22T03:58:24ZengInstitute for Condensed Matter PhysicsCondensed Matter Physics1607-324X2006-01-019465966810.5488/CMP.9.4.659Functional representation for the grand partition function of a multicomponent system of charged particles: Correlation functions of the reference systemO.V.PatsahanI.M.MryglodBased on the method of collective variables (CV) with a reference system, the exact expression for the functional of the grand partition function of a m-component ionic model with charge and size asymmetry is found. Particular attention is paid to the n-th particle correlation functions of the reference system which is presented as a m-component system of "colour" hard spheres of the same diameter. A two-component model is considered in more detail. In this case the recurrence formulas for the correlation functions are found. A general case of a m-component inhomogeneous system of the "colour" hard spheres is also analysed.http://dx.doi.org/10.5488/CMP.9.4.659functional methodsreference systemcollective variables methodasymmetric ionic model"colour" hard sphere system
spellingShingle O.V.Patsahan
I.M.Mryglod
Functional representation for the grand partition function of a multicomponent system of charged particles: Correlation functions of the reference system
Condensed Matter Physics
functional methods
reference system
collective variables method
asymmetric ionic model
"colour" hard sphere system
title Functional representation for the grand partition function of a multicomponent system of charged particles: Correlation functions of the reference system
title_full Functional representation for the grand partition function of a multicomponent system of charged particles: Correlation functions of the reference system
title_fullStr Functional representation for the grand partition function of a multicomponent system of charged particles: Correlation functions of the reference system
title_full_unstemmed Functional representation for the grand partition function of a multicomponent system of charged particles: Correlation functions of the reference system
title_short Functional representation for the grand partition function of a multicomponent system of charged particles: Correlation functions of the reference system
title_sort functional representation for the grand partition function of a multicomponent system of charged particles correlation functions of the reference system
topic functional methods
reference system
collective variables method
asymmetric ionic model
"colour" hard sphere system
url http://dx.doi.org/10.5488/CMP.9.4.659
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AT immryglod functionalrepresentationforthegrandpartitionfunctionofamulticomponentsystemofchargedparticlescorrelationfunctionsofthereferencesystem