The Becker-Döring equations with exponentially size-dependent rate coefficients

This paper is concerned with an analysis of the Becker-Döring equations which lie at the heart of a number of descriptions of non-equilibrium phase transitions and related complex dynamical processes. The Becker-Döring theory describes growth and fragmentation in terms of stepwise addition or remova...

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Main Authors: Wattis, Jonathan A.D., Bolton, Colin D., Coveney, Peter V.
Format: Article
Published: IOP 2004
Online Access:https://eprints.nottingham.ac.uk/939/
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author Wattis, Jonathan A.D.
Bolton, Colin D.
Coveney, Peter V.
author_facet Wattis, Jonathan A.D.
Bolton, Colin D.
Coveney, Peter V.
author_sort Wattis, Jonathan A.D.
building Nottingham Research Data Repository
collection Online Access
description This paper is concerned with an analysis of the Becker-Döring equations which lie at the heart of a number of descriptions of non-equilibrium phase transitions and related complex dynamical processes. The Becker-Döring theory describes growth and fragmentation in terms of stepwise addition or removal of single particles to or from clusters of similar particles and has been applied to a wide range of problems of physicochemical and biological interest within recent years. Here we consider the case where the aggregation and fragmentation rates depend exponentially on cluster size. These choices of rate coefficients at least qualitatively correspond to physically realistic molecular clustering scenarios such as occur in, for example, simulations of simple fluids. New similarity solutions for the constant monomer Becker-Döring system are identified, and shown to be generic in the case of aggregation and fragmentation rates that depend exponentially on cluster size.
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spelling nottingham-9392020-05-04T20:31:44Z https://eprints.nottingham.ac.uk/939/ The Becker-Döring equations with exponentially size-dependent rate coefficients Wattis, Jonathan A.D. Bolton, Colin D. Coveney, Peter V. This paper is concerned with an analysis of the Becker-Döring equations which lie at the heart of a number of descriptions of non-equilibrium phase transitions and related complex dynamical processes. The Becker-Döring theory describes growth and fragmentation in terms of stepwise addition or removal of single particles to or from clusters of similar particles and has been applied to a wide range of problems of physicochemical and biological interest within recent years. Here we consider the case where the aggregation and fragmentation rates depend exponentially on cluster size. These choices of rate coefficients at least qualitatively correspond to physically realistic molecular clustering scenarios such as occur in, for example, simulations of simple fluids. New similarity solutions for the constant monomer Becker-Döring system are identified, and shown to be generic in the case of aggregation and fragmentation rates that depend exponentially on cluster size. IOP 2004 Article PeerReviewed Wattis, Jonathan A.D., Bolton, Colin D. and Coveney, Peter V. (2004) The Becker-Döring equations with exponentially size-dependent rate coefficients. Journal of Physics. A, Mathematical and General, 37 . pp. 2895-2912. ISSN 0305-4470
spellingShingle Wattis, Jonathan A.D.
Bolton, Colin D.
Coveney, Peter V.
The Becker-Döring equations with exponentially size-dependent rate coefficients
title The Becker-Döring equations with exponentially size-dependent rate coefficients
title_full The Becker-Döring equations with exponentially size-dependent rate coefficients
title_fullStr The Becker-Döring equations with exponentially size-dependent rate coefficients
title_full_unstemmed The Becker-Döring equations with exponentially size-dependent rate coefficients
title_short The Becker-Döring equations with exponentially size-dependent rate coefficients
title_sort becker-döring equations with exponentially size-dependent rate coefficients
url https://eprints.nottingham.ac.uk/939/