数字光栅振动传感器的研究

Shuqing Li, Zhongliang Nan, Jian-liang Li, ZhiFei Tao
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引用次数: 4

摘要

数字光栅振动测量传感器是检波器的一种形式,它利用光栅振动器来采集地震信号。随着对复杂地质目标识别精度的要求越来越高,需要利用物探技术为储层勘探开发提供更高精度、更准确的地下油藏信息。利用数字光栅振动测量传感器,将地震波的机械振动信号转换成光调制信号——云纹条纹,再经光电元件转换成数字电信号。该传感器通过计算云纹条纹的个数来对信号进行采样,避免了电路对输出数据质量的影响,同时也简化了封装技术。介绍了数字光栅传感器的工作原理、理论算法、结构设计、测试方法和采集数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on digital grating vibration sensor
Digital grating sensor of vibration measurement is a pattern of geophone, which picks up seismic signals with grating vibrator. Along with the request of higher precision method to identify more complex geological targets, higher precision and accurate information of oil reservoirs underground must be provided through geophysical technologies for reservoirs prospecting and developing. By digital grating sensor of vibration measurement, mechanical vibrating signal of the seismic wave can be transformed into light modulating signal - moire fringes, and then converts by photoelectric element to digital electrical signal. The sensor samples the signal by counting the numbers of the moire fringes, which may prevent quality of the output data from being influenced by electric circuits, and the packaging technology is also simplified. The working principle, theoretical arithmetic, configuration design, test method and acquired data by digital grating sensor are presented in the paper.
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