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首页> 外文期刊>International journal of environmental engineering >Analysis of urban rivers' water quality using multivariate approach
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Analysis of urban rivers' water quality using multivariate approach

机译:多元方法分析城市河流水质

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This study performed a multivariate analysis about the water quality of rivers that go across the urban perimeter of Toledo - PR. For this study five rivers were chosen, where the physicochemical data of the water was collected as sediment samples to determine the amounts of copper and zinc with the use of spectrometry of optical emission with inductively coupled plasma (ICP-OES). The results showed that the physicochemical parameters were influenced by the contribution of anthropic pollution and explained the desorption of copper and zinc from the river bottom sediments. The control graphs demonstrated some results outside control limits, however the most part results inside the limits do not represent the best parameters of water quality. Therefore, it was concluded that the technique used is one relevant tool to interpret the behaviour of physicochemical parameters, allowing that the quality of water of rivers may be monitored.
机译:这项研究对跨越托莱多-PR城市边界的河流的水质进行了多变量分析。在本研究中,选择了五条河流,在这些河流中收集了水的物理化学数据作为沉积物样品,并使用电感耦合等离子体(ICP-OES)的光发射光谱法确定了铜和锌的含量。结果表明,理化参数受人为污染的影响,并解释了铜和锌从河底沉积物中的解吸。控制图显示了一些超出控制极限的结果,但是在极限范围内的大部分结果并不代表最佳的水质参数。因此,得出的结论是,所使用的技术是解释理化参数行为的一种相关工具,从而可以监测河流的水质。

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