Chemical Engineering Processes Stability Theory

C. Boyadjiev
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Abstract

A theoretical analysis of the stability of the non-equilibrium chemical engineering processes is presented. A unified approach is proposed for the creation of the mathematical models of the systems that allows the determination of the velocities at which the systems move to their thermodynamic equilibriums and their use for mathematical analysis of systems velocities stability. For this purpose, is used mathematical stability theory, evolution (autonomous) equations, bifurcation theory (stable focuses, stable cycles), parameter eigenvalues and eigenfunctions.
化学工程过程稳定性理论
对非平衡化工过程的稳定性进行了理论分析。提出了一种统一的方法来建立系统的数学模型,以确定系统达到热力学平衡时的速度,并将其用于系统速度稳定性的数学分析。为此,采用了数学稳定性理论、演化(自治)方程、分岔理论(稳定焦点、稳定循环)、参数特征值和特征函数。
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