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首页> 外文会议>Mathematics, Informatics, Science and Education International Conference >Mercury and Cyanide Pollution on the Aquatic Organism in Sekotong People Gold Mining
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Mercury and Cyanide Pollution on the Aquatic Organism in Sekotong People Gold Mining

机译：SEKOTONG人民金矿汞和氰化物污染的汞和氰化物污染

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This study aimed to determine the pollution of mercury and cyanide in gold mining conducted by Sekotong people. Samples of this research were water and the aquatic organism around in people gold mining consisting of Acetes indicus, Perna viridis, Polymesoda expansa, Plotosus canius, Scylla serrata, Tegillarca granosa, Moolgarda seheli, and Crassostrea gigas. The content of mercury in the samples can be known using Atomic Absorption Spectrophotometry (ASS). In the same way, in order to know the content of cyanide in the samples can be obtained using Ultraviolet-Visible (UV-Vis) Spectrophotometry. The results showed that Sekotong people's gold mining has been contaminated with mercury and cyanide in aquatic and animal environments exceeding the specified threshold value with the highest level of mercury 48.91 ppm and cyanide 90.22 ppm.
机译：本研究旨在确定Sekotong人们进行的金矿中汞和氰化物的污染。 本研究的样本是水和水生生物，在人们的金矿中，由醋酸癌，perna viridis，polymesoda扩张，plotosus canius，scylla serrata，tegillarca granosa，moolgarda seheli和crassostrea gigas。 可以使用原子吸收分光光度法（ASS）已知样品中汞的含量。 以相同的方式，为了了解样品中的氰化物的含量，可以使用紫外线可见（UV-Vis）分光光度法获得。 结果表明，Sekotong人们的黄金矿业在水生和动物环境中被汞和氰化物污染，超过了汞柱最高水平48.91 ppm和氰化物90.22ppm的特定阈值。

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