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Modeling and Analysis of Multi-Objective Automatic Balance System in the Hydrometallurgical Process

机译:液压冶金工艺中多目标自动平衡系统的建模与分析

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摘要

During the hydrometallurgical production process, there are many towers working at the same time. In order to improve production efficiency, we need to control the level height of every tower. Takes example for 6 towers, do research on the level control system in metal ions production process. According to the theory of materials balance, the mathematic model of the system are established. Programmed the mathematic model by Matlab. In order to make the level of each tower at the same height, work out how many adjust times needed and how much adsorbate every tower inflow and outflow each time. Then analysis the data results of error and variance, which have confirmed the feasibility and rationality of the level automatic balance system model established in this paper.
机译:在湿法冶金生产过程中,有许多塔在同时工作。为了提高生产效率,我们需要控制每个塔的水平高度。举例为6座塔,对金属离子生产过程中的水平控制系统进行研究。根据材料余额理论,建立了系统的数学模型。由Matlab编程数学模型。为了使每个塔的高度处于相同的高度,计算每次需要多少次调整时间以及每次吸收每个塔流入和流出多少。然后分析误差和方差的数据结果,这已经证实了本文建立的水平自动平衡系统模型的可行性和合理性。

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