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发震

发震

发震

3

The patterns of tidal stress effect of slip acceleration are classified into compression-adding type and compression-reducing type .

对发震断层有促滑作用的潮汐应力作用方式分增压型和减压型。

5

I would also like to observe the impending earthquake to capture the signal correction parameters .

还要注意观察我捕获临震发震信号的修正参数。

6

Using the infrasound method to predict the initial time and scale of the earthquake is effective .

利用次声波异常信号预测发震时间及震级是十分有效的。

7

The focal loci are constrained with observed arrival time differences at seismic stations so that the problem of origin time is evaded .

为回避发震时间问题，以观测到时差作为震源轨迹的约束条件。

8

Test for Prediction of Time of Earthquakes Occurrence by Using Slide Variation Rate Method to Radon in Groundwater

水氡滑动变化率法对发震时间的预测检验

10

active faults ; earthquake ; seismogenic faults ; epicenter

活动断层地震发震构造震中

11

Using the Numerical Simulation to Analyze the Concentration of Stress and the Cause of Earthquake in Anning-River Fault Zone

安宁河断裂带应力集中与发震机制的数值模拟分析

12

The Characteristics of the Seismic Surface Rupture Zone and Earthquake -Generating Structure of the Izmit Earthquake

伊兹米特地震地表破裂带和发震构造特点

13

Discussion on Precise Relocation and Seismo -tectonics of the Jiujiang -Ruichang Earthquake

九江 -瑞昌地震的精确定位及其发震构造初探

14

Predicting the happen times of earthquake using movement of geomagnetism low point

利用地磁低点位移预测发震时间

15

Information System for Earthquake and Geo-structure Environment

强震发震构造环境与地震活动信息系统的研制

16

Structural research on the 1837 northern Minxian M6 earthquake in Gansu Province and its causative structure

1837年甘肃岷县北 6 级地震考证与发震构造分析

17

Seismogenic Structure and Capable Fault in Seismic Safety Evaluation for Candidate Site of Nuclear Power Plant

核电厂选址地震安全评价中的发震构造与能动断层

19

Background of moderate-strong seismic occurrence in the South of Yellow Sea

南黄海地区中强地震的发震背景

20

Study on earthquake dynamic response of non-causative faults site

非发震断层场地地震动力响应特性研究

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