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1)  mining shock monitor
矿震监测
1.
Design of mining shock monitoring system based on wireless sensor networks
基于无线传感器网络的矿震监测系统设计
2)  Rockburst Monitoring and Orientation System
矿震监测定位系统
1.
Study and Application of Rockburst Monitoring and Orientation System of Muchengjian Colliery;
木城涧煤矿矿震监测定位系统的研究与应用
3)  microseismic monitoring
微震监测
1.
Application of microseismic monitoring technology in coal mines
微震监测技术在煤矿井下应用
2.
Aiming at the present situation that the ground pressure acts so intensively in Hongtoushan copper mine,a microseismic monitoring system was developed by optimizing the layout of sensors with a three-dimensional geological model developed relevantly to monitor real- time continuously how the ground pressure acts.
针对红透山铜矿深部地压活动频繁现状,建立矿山微震监测系统,通过构建红透山铜矿三维地质模型,优化传感器布设方案,对深部地压活动规律进行连续实时监测。
3.
The composition and performance of 16-channel microseismic monitoring system established recently in the mine and the monitoring area are introduced in detail.
微震监测技术是深部矿床地压监测的重要手段。
4)  seismic monitoring
地震监测
1.
Forward modeling of time-lapse seismic monitoring for thermal recov-ery in heavy oil reservoirs.;
稠油热采时移地震监测正演模拟分析
2.
Study and application of time-lapse seismic monitoring for the thermal recovery of heavy oil reservoir;
稠油热采时移地震监测研究与应用
3.
Application of elastic impendence inversion in seismic monitoring of the heavy-oil thermal recovery;
弹性波阻抗反演在稠油热采地震监测中的应用
5)  seismic monitoring
微震监测
1.
Base on the micro-seismic monitoring technology,the setting-up of the rockburst control system in deep level mining can improve the safety of mines with rockburst proneness or rockburst hazard.
以微震监测技术为中心构建深井采矿岩爆控制体系,可以提高有岩爆危险和/或危害矿山采矿的安全性。
2.
In order to better understand the regularities of rockburst occurrence,Dongguashan Copper Mine has installed an ISSI seismic monitoring system,which can make a real-time monitoring of rock mass respond to mining.
介绍了冬瓜山铜矿引进的南非ISSI公司微震监测系统的软硬件组成;对记录地震事件波形的处理方法开展了深入研究,并对比了手动处理与系统自动处理的区别,提高了事件定位的精度,为震源参数的精确计算奠定了基础;基于波形与生产活动的对应关系,对波形所做的分类研究可确保能够快速识别各类事件;通过对测试爆破和矿山发生的地压活动事件的分析,验证了波形分析方法的可行性;为圈定岩体稳定性危险区并判断其发展趋势,及保证生产安全提供了依据。
6)  Microseism monitoring
微震监测
1.
Application of microseism monitoring technology in the super ES35-10 reservoir of Pucheng oilfield;
微震监测技术在濮城油田沙三上5-10油藏的应用
补充资料:什么是全球定位系统系统?

全球定位系统又称%26ldquo;GPS%26rdquo;系统。是美国为满足军事需要而配置的一种新型导航、定位系统。包括绕地球运行的24颗卫星,它们均匀地分布在6个轨道上。每颗卫星距离地面约1.7万公里,能连续发射一定频率的无线电信号。只要持有便携式信号接收仪,则无论身处陆地、海上还是空中,都能收到卫星发出的特定信号。接收仪中的电脑只要选取4颗或4颗以上卫星发出的信号进行分析,就能确定接收仪持有者的位置。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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