对水库中阿特拉津和去乙基阿特拉津的三维可视化进行了研究 通过免疫分析在一年内的五次“快照”确定，确认 通过气相色谱-质谱联用，并用三维计算机可视化 程序调查是在堪萨斯州的佩里湖进行的，结果表明，春季径流 装满三嗪类除草剂的水进入水库，没有立即混合。浓度 进水口和对面的公共供水进水口之间的差异为三倍 水库的尽头。流出液中的浓度范围变化远小于流出液中的浓度范围 由于大坝附近的整个季节的混合，水库中的浓度 流出该研究得出的一个主要结论是，通过低成本的 免疫分析技术与计算机可视化软件相结合，取得了良好的效果- 维度的 查看饮用水库中除草剂的质量。包括33个参考文献、表格和图表。

The three-dimensional visualization of atrazine and deethylatrazine in a reservoir was determined by five "snapshots" over a one-year period using immunoassay analyses, confirmed by gas chromatography-mass spectrometry and visualized with a three-dimensional computer program. The surveys were conducted in Perry Lake in Kansas and showed that spring runoff laden with triazine herbicides entered the reservoir and did not mix immediately. Concentrations varied threefold between the inlet and the public water supply intakes located at the opposite end of the reservoir. The concentration range in the outflow varied much less than the concentration in the reservoir because of mixing throughout the season near the dam and outflow. A major conclusion from the study was that multiple analyses by a low-cost immunoassay technique coupled with computer visualization software gave a good three-dimensional view of the mass of herbicide present in a drinking water reservoir. Includes 33 references, table, figures.