1) microseism source location
微震源定位
2) source location
震源定位
1.
Optimal analysis of layout of sensors gives the optimized results of sensors positions presented through an isogram of the source location.
简要概括了凡口铅锌矿深部矿床赋存条件、地压特征、地压灾害以及建立微震监测系统的必要性;对建立的16通道微震监测系统的组成、监测系统的性能、微震监测范围进行了详细介绍;通过对传感器布置优化分析,绘出传感器布置的一个优化分析结果的震源定位等值线实例图。
2.
Using blasting to locate the accuracy of micro-seismic monitoring system for three tests,it is found that the source location error is the 3.
详细介绍微震监测系统的组成和性能,采用人工爆破震源对微震监测系统的定位精度进行3次测试,监测范围内的震源定位误差为3。
3.
Using blasting to locate the accuracy of micro-seismic monitoring system for three tests,within the scope of monitoring,the source location error is the 3.
采用人工爆破震源对微震监测系统的定位精度进行了3次测试,监测范围内的震源定位误差为3。
3) locationof micro-earthquake
微地震定位
1.
Monitoring and locationof micro-earthquake is an important research topic of geophysical inversion,which plays an important role in mine safety monitoring,water-flooding oil and many other fields.
重点研究了波形互相关技术的理论推导过程及其在微地震定位方面的应用。
4) fixed source location
固定震源位置
5) joint hypocentral determination
联合震源定位
6) micro-earthquake events positioning
微震事件定位
补充资料：震源
见地震。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条