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Mathematical model of solid impurity coagulation processes in liquid suspensions based on random function convolution operation

机译:基于随机函数卷积操作的液体悬浮液中固体杂质凝固过程的数学模型

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Methodology of modeling and identification of mathematical model of process of coagulation of solid impurities in liquid suspensions on the basis of linear mathematical apparatus-convolution of random functions is presented.The non-linearity of the coagulation process is taken into account by the mathematical model of the second level,namely,the time dependence of the weighted random convolution function,which is a characteristic of the type of coagulation and physico-geometric parameters of technical systems for cleaning liquid media.This approach has proven itself in applied problems,provides a solution to the problems of calculating and optimizing cleaning systems for arbitrary initial distributions of the dispersed composition of particles,and is characterized by reduced time and resource costs.
机译:介绍了基于随机函数的线性数学仪器卷积液体悬浮液中固体杂质凝固过程的数学模型的鉴定方法。通过数学模型考虑了凝血过程的非线性 第二级,即加权随机卷积函数的时间依赖性,这是清洁液体介质技术系统的凝固和物理 - 几何参数的特征。本方法已被证明在应用问题中,提供了解决方案 致粒子分散组合物任意初始分布计算和优化清洁系统的问题,其特征在于减少时间和资源成本。

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