这篇关于氯化反渗透（RO）浓缩液中消毒副产物（DBP）分析的powerpoint演示文稿的目标包括: 8个优先DBP分析方法的调整， 基质效应； DBPs在保温时间试验过程中的稳定性； 所开发方法的有效性和潜在应用 用于氯化反渗透浓缩物；和 与美国饮用水分析中使用的方法的比较 美国全国性研究（Weinberg等人，2002年，Krasner等人，2006年）。研究结论包括: 在复杂矩阵中实现DBP分析，具有高度的QC 使用标准加入或外部校准，以及基质稀释； 基质效应与K_ow相关； 一些DBP在样品保存和保存过程中损失更快 比其他人持有更多的股份； 氯化反渗透浓缩物中的多个DBP基团在 未完全观察到的水平- 规模化饮用水处理；和 RO浓度允许观察到更多DBP，但不允许 在本研究中有针对性。包括表格、数字。

The objectives of this powerpoint presentation on disinfection byproduct (DBP) analysis in chlorinated reverse osmosis (RO) concentrates included: adaptation of analytical methods for 8 priority DBPs, matrix effect; stability of the DBPs over the course of holding time experiments; effectiveness and potential application of the methods developed for chlorinated RO concentrates; and, comparison with those used in analysis of U.S. drinking waters U.S. Nationwide Study (Weinberg et al., 2002, Krasner et al., 2006). Conclusions of the study included: DBP analyses in complex matrix achieved with high degree of QC using standard addition or external calibration, and matrix dilution; matrix effect correlates with K_ow; some DBPs undergo more rapid loss during sample preservation and holding than others; multiple DBP groups quantified in the chlorinated RO concentrates at levels not observed in full-scale drinking water treatment; and, RO concentration permitted observation of yet additional DBPs not targeted in this study. Includes tables, figures.