Prediction of temperature-dependent nucleation and growth rates from crystallization-related heat release

We propose a method for determining the time and, therefore, temperature-dependent relative nucleation and growth rates during crystallization. We do so by linking the partial differential equation governing the time dynamics of the crystal size distribution to kinetic (Avrami) parameters describing...

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Published inPhysical review. E Vol. 109; no. 1-1; p. 014617
Main Authors Kangas, Joseph, Hogan, Christopher J
Format Journal Article
LanguageEnglish
Published United States 01.01.2024
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Abstract We propose a method for determining the time and, therefore, temperature-dependent relative nucleation and growth rates during crystallization. We do so by linking the partial differential equation governing the time dynamics of the crystal size distribution to kinetic (Avrami) parameters describing heat release. This approach is tested in silico by nucleating and growing diffusion limited aggregates with time-varying morphology and growth rates unhindered by impingement. The associated heat release is analyzed, showing that nucleation and growth rates could be extracted with high fidelity.
AbstractList We propose a method for determining the time and, therefore, temperature-dependent relative nucleation and growth rates during crystallization. We do so by linking the partial differential equation governing the time dynamics of the crystal size distribution to kinetic (Avrami) parameters describing heat release. This approach is tested in silico by nucleating and growing diffusion limited aggregates with time-varying morphology and growth rates unhindered by impingement. The associated heat release is analyzed, showing that nucleation and growth rates could be extracted with high fidelity.
Author Kangas, Joseph
Hogan, Christopher J
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  organization: Department of Mechanical Engineering, University of Minnesota. 111 Church St SE, Minneapolis MN 55455, USA
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  givenname: Christopher J
  surname: Hogan
  fullname: Hogan, Christopher J
  organization: Department of Mechanical Engineering, University of Minnesota. 111 Church St SE, Minneapolis MN 55455, USA
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Snippet We propose a method for determining the time and, therefore, temperature-dependent relative nucleation and growth rates during crystallization. We do so by...
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Title Prediction of temperature-dependent nucleation and growth rates from crystallization-related heat release
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