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Design and Application of Natural Audio Electric Field Frequency Selecting Instrument

机译:自然音响电场频率选择仪的设计与应用

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摘要

An observation scheme, which is designed several frequencies suited over the natural audio electric field frequency range, is used to qualitatively understand the electrical structure of underground geological body. Weak signal detection technology has been used to amplify and filter the weak natural electric field signal, and read out them after selecting corresponding frequencies and integrating. This instrument can observe eight natural electric field signal at frequency of 8Hz, 16Hz, 32Hz, 64Hz, 128Hz, 256Hz, 512Hz, 1024Hz. Several reliable technologies have been used in the hardware design and software development to improve both the antiinterferences capability and system stability. Compared with field work instance, we conclude that natural audio electric field frequency selecting instrument can get the underground geological information within a certain depth, and therefore it can be used for fast survey in geology and mineral resources, and in engineering geophysical and water resources.
机译:一种观察方案,其设计了适用于自然音频电场频率范围的多个频率,用于定性地理解地下地质体的电气结构。弱信号检测技术已被用于放大和过滤弱自然电场信号,并在选择相应的频率和集成之后读出它们。该仪器可以在8Hz,16Hz,32Hz,64Hz,128Hz,256Hz,512Hz,1024Hz的频率下观察八个天然电场信号。硬件设计和软件开发中使用了几种可靠的技术,以改善抗议性能力和系统稳定性。与现场工作实例相比,我们得出结论,自然音频电场选择仪器可以在一定深度内获得地下地质信息,因此它可用于地质和矿产资源的快速调查,以及工程地球物理和水资源。

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