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Arsenic ion Detection via Electron Chemical Reaction Mechanism Based on Interdigitated Electrode (IDE)

机译:基于交叉区(IDE)的电子化学反应机理砷离子检测

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In recent days, both raw and treated water being consumed by human and animal posed serious threat to the consumer. Due to heavy industrialization water easily carries heavy metals that are harmful to consumers. Heavy metal is from metal or metalloid which found in environmental surroundings that has its potential toxicity. Most case, it is taken undetected due to absences of able sensor to detect it. Thus, this study posed to design and characterize nano interdigitated electrode (Nano-IDE) surface modified using Mercaptopropyltriethoxy silane (MPTES) to create binding chemistry for the enhancement of electrochemical activities that will allow specific and selective detection of arsenic ions in water. This result of the study has shown the potential of the proposed device.
机译:最近几天,人类和动物消耗的原始和处理的水都会对消费者构成严重威胁。由于繁重的工业化水容易携带对消费者有害的重金属。重金属来自金属或金属,在环境周围发现,其具有潜在的毒性。大多数情况下,由于缺乏能够检测到它,因此未被发发。因此,该研究占据了使用巯基丙基三乙氧基硅烷(MPTES)改性的纳米互别电极(纳米IDE)表面来设计和表征用于增强电化学活性的结合化学,这将允许在水中的砷离子进行特异性和选择性检测。该研究结果表明了所提出的装置的潜力。

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