进行这项研究是为了更好地理解 饮用水中短期阿特拉津浓度的测定 通过制定一个密集的采样计划 在七个月的时间里。对样本进行了分析 通过市面上可买到的酶连接 免疫吸附试验（ELISA）试验方法。虽然 作者发现，美国批准的测试试剂盒 环境保护局对这一点并不准确 许多被测试的水是因为水基质 在干扰下，他们能够观察到 阿特拉津事件。 研究发现，地表水更容易受到污染 阿特拉津污染比地下水严重 来源、阿特拉津出现峰值与 径流和一些流域更容易受到影响 阿特拉津的发生率高于其他药物。此外 研究结果表明，阿特拉津可以有效地 使用粒状活性炭去除，粉末状 形式，或两者兼而有之。阿特拉津的具体知识 这将有助于公用事业公司更有效地控制阿特拉津 通过应用活化剂，有效降低处理成本 阿特拉津高峰期的碳含量。包括19个参考文献、表格和图表。

This study was undertaken to gain a better understanding of short-term atrazine concentrations in drinking water by developing an intensive sampling program over a seven-month time period. Samples were analyzed by a commercially available enzyme-linked immunosorbent assay (ELISA) test method. Although the authors found that the test kit approved by the US Environmental Protection Agency was not accurate for many of the waters tested because of water matrix interferences, they were able to observe trends in atrazine occurrence. Surface waters were found to be more vulnerable to atrazine contamination than were groundwater sources, peak atrazine occurrence corresponded well to runoff, and some drainage basins were more susceptible to atrazine occurrence than others. In addition, findings demonstrated that atrazine can be effectively removed using activated carbon in granular form, powdered form, or both. Specific knowledge of atrazine occurrence will help utilities control atrazine more efficiently and reduce treatment costs by applying activated carbon during peak atrazine periods. Includes 19 references, tables, figures.