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A comparative molecular study between chlorpyriphos and parathion using CuO nanohair pesticide sensor

机译:Cuo Nanohair农药传感器的氯吡啶酚和解性的比较分子研究

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We were investigating the effect of parathion and chlorpyrifos, organophosphate group pesticides (OPs) commonly used in Thailand’s agricultural sector, on Cu foil electrodes modified with CuO nanohair arrays. The electrodes were successfully synthesized using anodization and annealing; physical structures were evaluated with SEM; functional groups of pesticide structures were analyzed using ultraviolet-visible spectroscopy. Electrochemical tests demonstrated differences in current when applied cyclic voltage between -1.5 to 0.5 V. The existing functional groups in each pesticide were suggested to form different coordinate bonds that caused different current responses.
机译:我们正在研究泰国农业部门常用的硫磷和氯吡啶,有机磷酸群杀虫剂(OPS)的影响,Cuo纳米阵列改性的Cu箔电极。使用阳极氧化和退火成功地合成电极;用SEM评估物理结构;使用紫外线可见光光谱分析杂种结构的官能团。当施加循环电压在-1.5至0.5V之间的施加循环电压时,电化学测试显示了每种农药中的现有官能团的差异,以形成导致不同电流反应的不同坐标键。

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