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Experimental Studies on the Role of Backfill and Pipeline Characteristics in the Application of Acoustic Leak Location to Underground Pipelines

机译:回填和管道特性在地下管道声泄漏定位中的作用的实验研究

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摘要

In response to numerous releases of hazardous substances from leaks in underground storage tanks and pipelines, the EPA requires monitoring so that leaks are detected, located and repaired as quickly as possible. Acoustic leak location offers the possibility of locating leaks which have been identified by other methods but which are not appropriate for performing location. The successful application of acoustic leak location requires that existing data analysis approaches be improved so that the smallest leaks of interest be locatable with the widest possible sensor spacing. Part of developing such approaches requires that the physical conditions which affect the amplitude, frequency, and dispersion of the leak signal as it propagates between source and sensor be better understood.
机译:为了应对地下储罐和管道泄漏造成的有害物质大量释放,EPA需要进行监控,以便尽快发现,定位和修复泄漏。声学泄漏定位提供了定位泄漏的可能性,这些泄漏已通过其他方法识别出,但不适合执行定位。声泄漏定位的成功应用要求改进现有的数据分析方法,以使所关注的最小泄漏能够以最大可能的传感器间距定位。开发此类方法的一部分要求更好地理解影响泄漏信号在源和传感器之间传播时的幅度,频率和扩散的物理条件。

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