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Wastewater diffusive dilution and sedimentation of the fine contaminated particles for nonuniform flow in open channels

机译:明渠中废水的扩散扩散稀释和细颗粒的沉降

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The influence of non-uniformity on mass transfer processes in open channels have been investigated under the action of urbanization factors. The study is related to the urgent problem of environmental degradation of water objects in urbanized areas. It is known that the water quality in the water objects depends on the manner in which the contaminants spread how they mix with the river water and diluted by it. The main results of the study consist of recommendations to incorporate non-uniformity factor to the calculation of diffusion dilution of wastewater and prediction of river processes. So the effect of the flow non-uniformity on the diffusion model of pollutants dilution and diffusion coefficient have been investigated. Formulas for the concentration profiles calculating and the average concentration of fine particulate matter in nonuniform gradually varied flow were presented. The deposition length of suspended contaminants were received, based on the hydraulic resistance laws of nonuniform gradually varied flow.
机译:在城市化因素的作用下,研究了非均匀性对明渠传质过程的影响。该研究与城市化地区水体环境退化的紧迫问题有关。众所周知,水体中的水质取决于污染物扩散的方式,即污染物与河水的混合方式以及被河水稀释的方式。该研究的主要结果包括建议,将非均匀性因素纳入废水扩散稀释的计算和河流过程的预测中。因此,研究了流动不均匀性对污染物稀释扩散模型和扩散系数的影响。给出了浓度分布曲线的计算公式和不均匀逐渐变化的流量中细颗粒物的平均浓度。基于不均匀逐渐变化的流动的水力阻力定律,可以接收到悬浮污染物的沉积长度。

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