1)  relative
震前滑动
2)  Before earthquake
震前
1.
Stage property and quasi-synchronization of anomalies development before earthquake are a main basis for earthquake prediction and tracing different types of anomalies, grasping seismogenic process and siezing th.
震前异常阶段的属性和异常的准同步是地震预测的主要依据。
3)  earthquake precursor
地震前兆
1.
Reverse tracing of precursors and earthquake precursors in eastern Taiwan region;
前兆逆向追踪法与台湾地震前兆
2.
The history and future of the abnormal animal behaviors used as earthquake precursor;
动物习性异常作为地震前兆研究的历史与未来
3.
Research and practice in deep borehole comprehensive observation of earthquake precursors;
深孔钻井地震前兆综合观测的研究与实践
4)  Earthquake precursors
地震前兆
1.
Based on the mutation behavior of the complex variation process of Earth system,this paper analyzed some basic issues on earthquake precursors.
四川省汶川县巨震之后,人们对地震前兆问题广为讨论,由此引发诸多思考。
2.
The paper mainly includes three parts: anomaly statistics of earthquake precursors for large earthquakes in China and observed item surround capital area, discussion of anomaly in Heilongjiang province, some ideas on identifying earthquake precursor.
根据对地震前兆观测项目预测效能初步研究,作者建议“十一五”期间应该建设两种地震预测试验场。
5)  disturbance before earthquake
震前扰动
6)  seismic precursor
地震前兆
1.
The seismic precursor abnormal information extraction of tilt solid tide usually based on the distortion,tendency,elevation,fall,break and so on characteristics of solid tide.
地倾斜固体潮分析中根据固体潮汐的畸变、趋势、上升、下降、转折等变化特征,提取地震前兆异常信息。
2.
At first,the environment of seismic precursor occurrence,the relations betwen subsurface fluid action or subsurface fluid force and seismic precursor are analysed.
分析了地震前兆产生的环境、地下流体作用及流体力与地震前兆的关系,论述了浅层前兆和深层前兆产生的过程并予例证,并进一步探讨和完善了"双力源"地震前兆观点,即:地震前兆产生是构造应力与地下流体力共同作用的结果,彼消此长产生不同的动态图形及前兆异常;在地震孕育与前兆产生过程中,构造应力的作用是第一位的,流体力则是调制性的;只有那些能与地震孕育构造应力增强过程产生力学耦合的流体力,才能调制与诱发出地震前兆并促使地震发生。
3.
This paper briefly states the requirements of observation site of seismic precursor,and introduces how Fujian Digital Seismic Precursor Station Net (abbr.
本文简述地震前兆观测场的要求 ,福建数字地震前兆台网在依据观测场的要求是如何合理分布各观测点。
参考词条
补充资料:前震
      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。