苯与苯烯液相烷基化过程控制系统

L. Ladieva, Zvenyslava Kozanevych, Tetiana Klusta, B. Korniyenko
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引用次数: 2

摘要

所有具有足够强度的烷基化过程只有在催化剂的存在下才有可能发生。建立了改变催化剂状态的影响。建立了一个数学模型。由于存在不可预测的扰动,使用最优系统是不切实际的。发现氯化铝存在时存在不良反应。因此,指数前乘数和活化能的值发生了变化。考虑了H∞调节器的合成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
System of Control of the Process of Alkylation of Benzene with Peripene in the Liquid Phase
All alkylation processes with sufficient intensity are possible only in the presence of a catalyst. The impact of changing the state of the catalyst is established. A mathematical model has been developed. The use of the optimal system is impractical due to the existing non-predictable perturbations. It was found that in the presence of aluminum chloride there are adverse reactions. As a result, the value of the pre-exponential multiplier and activation energy changes. The synthesis of H∞ regulator is considered.
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