微震监测技术

基于微震监测技术的深井开采地压活动规律研究

Study on rule of geostatic activity based on microseismic monitoring technique in deep mining

微震监测技术是深部矿床地压监测的重要手段。

Microseismic monitoring technique is a main means of ground pressure monitoring for deep mines .

多通道微震监测技术在大爆破余震监测中的应用

Application for monitoring large blast aftershocks by multi-channel microseismic monitoring technology

基于微震监测技术的矿山高应力区采动研究

Research of mining based on microseismic monitoring technology in high-stress area

试论微震监测技术在地下工程中的应用

Discussion on Microseismic Monitoring Technology and Its Applications to Underground Projects

微震监测技术在南泥湾油田长6油藏的应用

The application of micro-quake suspecting technology at Chang-6 layer of Nanniwan oilfield

微震监测技术在矿山安全管理中的应用

Application of micro seismic monitoring technology in safety management at domestic mine

深井矿山岩爆灾害微震监测技术应用研究

Application of ground pressure disasters micro-seismic monitoring technique in deep level mining

微震监测技术在矿井岩层破裂监测中的应用

Application of microseismic monitoring technology of strata fracturing in underground coal mine

微震监测技术在濮城油田的研究与应用

Study and Application of the Microseism Watch Technique in the Super Es_3 ~ ( 5-10 ) Reservoir of the Pucheng Oilfield

此外，采用微震监测技术对地表变形进行监测，其结果在误差范围之内，且对周边建筑物无影响。

In addition , using microseismic monitoring technology to monitor ground deformation , which results in the error range , and it has no effect on surrounding buildings .

微震监测技术是近几年来发展起来的一项高新技术，利用声发射学、地震学和地球物理学原理以及计算机强大的功能来实现微震事件的精确定位和级别大小的确定。

Microseismic monitoring technique has developed to a high technology in recent years . Precise location of microseism incident and the level determination is realized by sound ballistics , seismology and geophysics theory and computer .

微震监测技术是一种新的物探技术，起源于20世纪90年代。通过监测矿井微震事件的发生可以及时发现地质灾害事故的前兆，并及时采取有效措施，避免灾害事故发生。

Microseismic monitoring technique is a new geophysical technology , which originates from 1990s . Through monitoring microseism incident of the mine , we can find portent of geological hazard in time , and take measures to avoid casualty .

针对监测范围、井下巷道工程和微震监测系统技术性能，设计多个微震监测系统传感器站网空间布置方案，对各方案计算事件震源定位误差和系统灵敏度；

Many schemes of distributions of microseismic networks are designed in terms of the monitoring area , the underground drifts and technical characteristics of the seismic monitoring system in the mine . The errors of source location and system sensitivities associated with these schemes are calculated .

建立煤与瓦斯突出的微震监测系统，能有效预防瓦斯突出灾害的发生，为微震监测技术在瓦斯突出监测中的应用起到示范作用。

The happening of gas outburst disaster can be prevented effectively by establish microseismic monitoring system of coal and gas outburst , play a demonstration role in application of microseismic monitoring technique in gas outburst monitoring .