首页> 外文会议>Annual Conference on Explosives and Blasting Technique vol.1; 20050206-09; Orlando,FL(US) >Microphone Height Effects on Blast-Induced Air Overpressure Measurements
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Microphone Height Effects on Blast-Induced Air Overpressure Measurements

机译:麦克风高度对爆炸引起的空气超压测量的影响

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Blasting Seismographs use microphones to measure air overpressure from blasting. The microphone height above the ground has been the object of some controversy. The current ISEE "Field Practice Guidelines for Blasting Seismographs" specify microphone placement within 1.2 inches of the ground or over 3 feet above the ground, In this study, air overpressure measurements were taken at different height intervals and compared. Blasting seismographs constructed to the ISEE "Performance Standards for Blasting Seismographs" were used to monitor construction, quarry, and coal mine blasting. Near and far field measurements were taken to obtain representative spectral and amplitude ranges. The comparative analysis shows that microphone height has negligible impact on air overpressure measurements.
机译:爆破地震仪使用麦克风来测量爆破产生的空气超压。麦克风在地面上方的高度一直是一些争议的对象。当前的ISEE“爆破地震仪现场实践指南”规定了麦克风放置在距地面1.2英寸或距地面3英尺以上的位置。在这项研究中,对空气超压的测量是在不同的高度间隔进行的,并进行了比较。根据ISEE“爆破地震仪性能标准”构造的爆破地震仪用于监视建筑,采石场和煤矿爆破。进行近场和远场测量以获得代表性的光谱和幅度范围。对比分析表明,麦克风高度对空气超压测量的影响可忽略不计。

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