制定计算方法和计算组合式水平沉淀池

С.М. Епоян, Т.С. Айрапетян, В.М. Волков, О.Г. Гайдучок, Г.І. Сухоруков
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引用次数: 0

摘要

从古代开始,水的沉淀作用就被用来澄清它。最初使用非流动罐,然后使用流动罐进行水澄清。现在,水的沉降是在沉降池中进行的。根据水的运动方向分为垂直、水平和径向。从20世纪50年代开始使用薄层拓荒者。它们可以用来强化传统的沉降池,也可以作为独立的设施运行。本文提出并验证了组合式卧式沉降池的计算方法。给出了沉降计算的一个实例,为进一步的建模和分析研究提供了依据。本文提出的组合式卧式沉降池的计算方法将使此类结构的计算和模型的研究成为可能,这将大大降低实验成本。
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РОЗРОБКА МЕТОДИКИ РОЗРАХУНКУ ТА РОЗРАХУНОК КОМБІНОВАНОГО ГОРИЗОНТАЛЬНОГО ВІДСТІЙНИКА
From ancient times, water sedimentation has been used to clarify it. Initially, non-flowing and then flowing tanks were used for water clarification. Nowadays, water settling takes place in settling tanks. According to the direction of water movement, they are divided into vertical, horizontal and radial. From the 1950s began to use thin-layer settlers. They can be used to intensify traditional settling tanks, as well as operated as stand-alone facilities. In this paper the method of calculation of the combined horizontal settling tank is developed and substantiated. An example of sedimentation calculation for further modeling and research based on analytical studies is given. The proposed method of calculating the combined horizontal settling tank will allow calculating such structures and developing their models for research, which will significantly reduce the cost of experiments.
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