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Method and related system for determining the particle size distribution of a mixture of particles by performing Taylor dispersion

机译:通过执行泰勒分散法确定颗粒混合物的粒度分布的方法和相关系统

摘要

A method and related system for determining the particle size distribution of a mixture of particles by performing Taylor dispersion. This method is characterized by the step of injecting the sample into the capillary (100), the step of transferring the sample along the capillary under experimental conditions suitable for generating the Taylor dispersion phenomenon (110), and the Taylor dispersion. Generating a new signal (120), processing the signal to obtain an experimental Taylor signal 数 (130), and analyzing the experimental Taylor signal 【(200). The analysis step implements the experimental Taylor signal by implementing a constrained regularization algorithm that minimizes the cost function Hα that includes at least one constraint term associated with a constraint that must follow the amplitude distribution P (G (C)). An amplitude distribution P (G (c)) that makes it possible to decompose ## EQU3 ## into a sum of Gaussian functions is obtained, and the above minimization is a characteristic parameter of the Gaussian amplitude function P (G (c)). Performed for the interval of interest for the value of G (c).
机译:一种通过进行泰勒分散来确定颗粒混合物的粒度分布的方法和相关系统。该方法的特征在于以下步骤:将样品注入毛细管(100);在适合于产生泰勒色散现象的实验条件下沿毛细管转移样品的步骤(110);以及泰勒色散。产生新信号(120),处理该信号以获得实验泰勒信号数(130),并分析实验泰勒信号【(200)。分析步骤通过实现约束正则化算法来实现实验泰勒信号,该约束正则化算法使包括至少一个与必须遵循幅度分布P(G(C))的约束相关联的约束项的成本函数Hα最小化。获得使得可以将## EQU3 ##分解为高斯函数之和的振幅分布P(G(c)),并且上述最小化是高斯振幅函数P(G(c))的特征参数。 。对感兴趣的时间间隔执行G值(c)。

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