microseismic 中文意思是什麼

microseismic 解釋
微震的
  1. The spectrum level of microseismic noise tends to peak at about 1/6 hz.

    微震的噪聲譜在16赫趨于峰值。
  2. The hardware mainly consists of three parts : signal pre - amplifying and conditioning circuit is used to amplifying the microseismic signals which have detected, signal processing and target identifying circuit based on singlechip is used to convert the analog signals which have been amplified to digital signals and go through signal analysis, processing to identify the moving target, the sending and receiving setting is used to send the identifying result to the decision - making and he can take relevant action according to the result

    硬體主要由三部分組成：信號調理電路對檢測到的微弱地震動信號進行放大；基於單片機的信號分析與目標識別電路將放大后的模擬信號進行a d轉換，進一步將得出的數字信號分析、處理，實現目標識別；識別結果發射與接收裝置將識別結果發射給決策者，由其根據接收結果採取相應的措施。
  3. It ' s indirectly proved that the oriented method is a reliable and practical. moreover, the natural fracture direction tested by the underground microseismic monitoring system also proved that the orientation technique is correct and comparable. 6

    同時，針對該試驗區塊，對兩口開發井進行了地下微地震波監測，測得的人工裂縫方位與實驗測得的最大主地應力方向非常吻合，進一步證明了該方法的正確性和可比性。
  4. A study on microseismic monitoring of rock burst in coal mine

    煤礦沖擊地壓的微地震監測研究
  5. Microseismic monitoring system and application in underground coal mine

    煤礦井下微震監測系統及應用
  6. The spectrum level of microseismic noise tends to peak at about 16 hz

    微震的噪聲譜在1 6赫趨于峰值。
  7. The spectrum level of microseismic noise tends to peak at about 1 / 6 hz

    微震的噪聲譜在1 6赫趨于峰值。
  8. Application of microseismic monitoring method in disaster prevention of underground mine

    微地震監測技術在礦井災害防治中的應用
  9. Deep hole geophones and installing techniques used in microseismic monitoring underground

    微地震定位監測的深孔檢波器及其安裝技術
  10. Research and application of microseismic monitoring location of strata fracturing based on matlab

    的巖層微地震破裂定位求解及其應用
  11. Research of multi - channel microseismic monitoring system and its application to fankou lead - zinc mine

    凡口鉛鋅礦多通道微震監測系統及其應用研究
  12. On the microseismic technology and its application in monitoring of rock stability in deep mine caving processes

    微地震研究及在深部采動圍巖監測中的應用
  13. Study on microseismic monitoring for spatial structure of overlying strata and mining pressure field in longwall face

    采場覆巖空間破裂與采動應力場的微震探測研究
  14. Spatial fracturing progresses of surrounding rock masses in longwall face monitored by microseismic monitoring techniques

    微地震監測揭示的采場圍巖空間破裂形態
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