本powerpoint演示文稿首先介绍污染警告的动机 系统和及时响应，以及威胁集成脆弱性评估概述 （TEVA）研究项目。提出的案例研究目标包括: 确定可以实施的应对措施 尽量减少污染事件的影响； 评估各种应对措施的可行性，以进一步 开发液压响应工具； 为结果的发展提供输入 案例研究实用程序的管理计划；和 开发一个响应工具，支持选择 最佳响应措施（冲洗、阀门关闭、公共设施） 通知）给定污染事件。分析摘要指出: 通过模拟内部的一系列污染事件 一个压力区，平均响应选项可以是 发达的；平均响应选项的初步结果 通常会导致 从 最优响应解；和 确定平均响应选项可能很有用 当污染源位置未知时 并为开发预先计划的 应对策略。包括表格、数字。

This powerpoint presentation begins by presenting the motivation for contamination warning systems and timely response, and an overview of threat ensemble vulnerability assessment (TEVA) Research Program. Case study goals presented include: identify response actions which could be implemented to minimize impacts given a contamination event; evaluate feasibility of various response actions to further development of a hydraulic response tool; provide input to development of a consequence management plan for the case study utility; and, develop a response tool which supports the selection of optimal response actions (flushing, valve closures, public notifications) given a contamination event. A summary of analysis states that: by simulating a range of contamination incidents within a pressure zone, average response options can be developed; preliminary results of average response options generally result in approximately a 1-2% decrease in the percent reduction of the impact measure from the optimal response solution; and, determining an average response option can be useful when the contamination source location is unknown and provides a means for developing pre-planned response strategies. Includes tables, figures.