Physical and chemical changes in water resulting from contamination with heavy metals

Mohammed Khlaif Challab
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Abstract

Nanoparticle in each model can be damage to water quality. This study is about nano metal in water that damaged to its quality. Metal divided to layers that electrical shock can lead to dividing of them. In different model in about temperature, Energy and different layer, quality of water be measured. Temperature has reverse relation with water quality. The best temperature to electrical shock in (-20) ˚C. electrical shock has direct effect on quality of water. In total investigation on all layers, electrical shock damaged to all layers and bridging phenomena be occurred in particle that can removed from water. With this process the quality of water will increase.
重金属污染引起的水的物理和化学变化
每个模型中的纳米粒子都可能对水质造成损害。本文研究了纳米金属对水中水质的影响。金属分裂成几层,电击可以导致它们分裂。在不同的模型下,在不同的温度、能量和不同的层,测量水质。温度与水质成反比关系。耐触电的最佳温度为(-20)℃。触电对水质有直接影响。在对所有层的总体研究中,触电破坏了所有层,并在可从水中去除的颗粒中发生了桥接现象。通过这个过程,水的质量将得到提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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