On the prediction of psd in antisolvent mediated crystallization processes based on fokker-planck equations
作者： M. Grosso , R. Baratti , J. A. Romagnoli
DOI: 10.1590/S0104-66322010000300004
关键词: Fokker–Planck equation 、 Component (UML) 、 Geometric Brownian motion 、 Crystallization 、 Crystal 、 Statistical physics 、 Physics 、 Crystal growth 、 Thermodynamics 、 Phenomenological model 、 Particle-size distribution
摘要: A phenomenological model for the description of antisolvent mediated crystal growth processes is presented. The size dynamics supposed to be driven by a deterministic factor coupled stochastic component. Two different models component are investigated: Linear and Geometric Brownian motion terms. evolution in time particle distribution then described terms Fokker-Planck equation. Validations against experimental data presented NaCl-water-ethanol anti-solvent crystallization system. It was found that proper modeling does have an impact on capabilities fit data. In particular, GBM assumption better suited describe process under examination.
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