监测

Results show that microseismic monitoring system can be used to analyze dynamic response. It provides valuable reference for study of dynamic response of pavement.

结果表明：微地震监测系统能够对路面结构的振动响应进行监测分析，为进一步研究路面振动响应提供了有价值的参考。

Microseismic monitoring technology is a high-tech and informationized dynamic monitoring technology for underground engineering.

微震监测技术是一种高科技信息化的地下工程动力监测技术。

They are inverted to determine parameters such as locations of microseismic sources. The resulted parameters are then used to guide the production activities.

在油气开发领域，该方法主要用于油田低渗透储层压裂的裂缝动态成像和油田开发过程的动态监测，主要是流体驱动监测。

This article discussed principles of microseismic monitoring and positioning and gave five factors that affect the microseismic monitoring technique's accuracy .

2论文讨论了一种新型的煤层底板突水预测方法－微震监测技术，对微震监测技术的原理进行了详细的分析，给出了影响煤岩微震定位精度的5类因素和相应的解决方法。

In order to resolve these problems, an independent-developed microseismic monitoring system called MEMS has been developed to aim at this international problem.

为此研制了一套以三分量MEMS检波器为核心硬件的微地震监测系统，并结合GPS系统对监测过程进行精确授时。

As one of effective methods of monitoring fracturing effect, downhole microseismic fracture monitoring technique is firstly applied in Zhuang No. 19 well area in Changqing Oilfield.

井下微地震监测技术作为监测压裂效果的有效手段之一，首次在长庆油田的庄19井区得到了应用。

The microseismic monitoring on the two zones posses not only short period, low cost, high reliability, but also realize continuous and dynamic monitoring in 3D space .

利用微地震技术进行两带监测具有周期短、费用低、成果可靠，并且可实现三维空间连续、动态监测等特点。

The domestic first underground microseismic monitoring test in LUXI coal mine has been succeed with the microseismic monitoring instruments which made by the ShanDong University of Science and Technology.

利用山东科技大学研制的微地震监测仪器在鲁西煤矿成功进行了国内第一次井下微地震监测试验，收集了大量微地震事件。

Facility status monitors a system to accumulate and assist diagnostic tool as a data is the inevitable result of the development climate that equipment maintains. 20 centuries since 60 time, as the rapid development of electronic technology and computer technology, industrial production is moderner and moderner, the facility status technology that monitor also develops subsequently with diagnostic technology rise.

设备状态监测系统作为一个数据积累和辅助诊断的工具是设备维修的发展趋向的必然产物。20世纪60年代以来，随着电子技术和计算机技术的快速发展，工业生产越来越现代化，设备状态监测技术和诊断技术也随之发展起来。

Monitored parameters were acquized from surface myoelectric signal, reallzing the nonvasive in the monitoring process.

监测的参数是从表面肌肉电信号经计算而获得，实现了监测过程的无创性。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。