INTERACTIONS BETWEEN STAR POLYMERS: HIGH-ORDER CALCULATIONS OF THE SCALING EXPONENTS

INTERACTIONS BETWEEN STAR POLYMERS: HIGH-ORDER CALCULATIONS OF THE SCALING EXPONENTS

The scaling behavior of star polymers can be calculated in the mightarrow 0 limit of an m-component spin system with an additional composite operator. The resulting scaling exponents describe the effective interaction of such polymer stars, i.e. the objects whose behavior interpolates between that o...

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Main Authors: V.Schulte-Frohlinde, Yu.Holovatch, C. von Ferber, A.Blumen
Format: Article
Language:English
Published: Institute for Condensed Matter Physics 2003-01-01
Series:Condensed Matter Physics
Subjects:
polymers
renormalization-group
fractals
critical exponents
Online Access:http://dx.doi.org/10.5488/CMP.6.4.703
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spelling doaj-7babc52c30564b2abe3fb8f4184583c42020-11-24T23:06:32ZengInstitute for Condensed Matter PhysicsCondensed Matter Physics1607-324X2003-01-016470371110.5488/CMP.6.4.703INTERACTIONS BETWEEN STAR POLYMERS: HIGH-ORDER CALCULATIONS OF THE SCALING EXPONENTSV.Schulte-FrohlindeYu.HolovatchC. von FerberA.BlumenThe scaling behavior of star polymers can be calculated in the mightarrow 0 limit of an m-component spin system with an additional composite operator. The resulting scaling exponents describe the effective interaction of such polymer stars, i.e. the objects whose behavior interpolates between that of polymer coils and that of hard sphere colloidal particles. We extend the existing renormalization group calculations from the third to the fourth order.http://dx.doi.org/10.5488/CMP.6.4.703polymersrenormalization-groupfractalscritical exponents
collection DOAJ
language English
format Article
sources DOAJ
author V.Schulte-Frohlinde
Yu.Holovatch
C. von Ferber
A.Blumen
spellingShingle V.Schulte-Frohlinde
Yu.Holovatch
C. von Ferber
A.Blumen
INTERACTIONS BETWEEN STAR POLYMERS: HIGH-ORDER CALCULATIONS OF THE SCALING EXPONENTS
Condensed Matter Physics
polymers
renormalization-group
fractals
critical exponents
author_facet V.Schulte-Frohlinde
Yu.Holovatch
C. von Ferber
A.Blumen
author_sort V.Schulte-Frohlinde
title INTERACTIONS BETWEEN STAR POLYMERS: HIGH-ORDER CALCULATIONS OF THE SCALING EXPONENTS
title_short INTERACTIONS BETWEEN STAR POLYMERS: HIGH-ORDER CALCULATIONS OF THE SCALING EXPONENTS
title_full INTERACTIONS BETWEEN STAR POLYMERS: HIGH-ORDER CALCULATIONS OF THE SCALING EXPONENTS
title_fullStr INTERACTIONS BETWEEN STAR POLYMERS: HIGH-ORDER CALCULATIONS OF THE SCALING EXPONENTS
title_full_unstemmed INTERACTIONS BETWEEN STAR POLYMERS: HIGH-ORDER CALCULATIONS OF THE SCALING EXPONENTS
title_sort interactions between star polymers: high-order calculations of the scaling exponents
publisher Institute for Condensed Matter Physics
series Condensed Matter Physics
issn 1607-324X
publishDate 2003-01-01
description The scaling behavior of star polymers can be calculated in the mightarrow 0 limit of an m-component spin system with an additional composite operator. The resulting scaling exponents describe the effective interaction of such polymer stars, i.e. the objects whose behavior interpolates between that of polymer coils and that of hard sphere colloidal particles. We extend the existing renormalization group calculations from the third to the fourth order.
topic polymers
renormalization-group
fractals
critical exponents
url http://dx.doi.org/10.5488/CMP.6.4.703
work_keys_str_mv AT vschultefrohlinde interactionsbetweenstarpolymershighordercalculationsofthescalingexponents
AT yuholovatch interactionsbetweenstarpolymershighordercalculationsofthescalingexponents
AT cvonferber interactionsbetweenstarpolymershighordercalculationsofthescalingexponents
AT ablumen interactionsbetweenstarpolymershighordercalculationsofthescalingexponents
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