1.
4D Seismic and It's Application to the Monitoring of Water Flooding Reservoir;
四维地震技术及其在水驱油藏监测中的应用
2.
CROSS-EQUILIBRATION TECHNIQUE AND APPLICATION IN 4D SEISMIC DATA PROCESSING
四维地震资料处理中的互均衡技术及应用
3.
CHAPTER IV MEASURES FOR EARTHQUAKE EMERGENCIES
第四章 地震应急
4.
Research of Seismic Facies Analysis Technology Based on Three-dimensional Seismism;
基于三维地震的地震相分析技术研究
5.
Structural Response for Multi-Component Ground Motion Inputs;
多维地震动输入下结构地震反应分析
6.
Seismic detection and prediction of the limestone in the Es_4 of Sikou low-lying area
四扣洼陷沙四段灰岩地震识别与预测
7.
Earthquake Response Analysis of Three-Dimensional Isolated Systems for Continuous Bridges
连续桥梁三维隔震体系地震反应分析
8.
Earthquake electromagnetic observation is one of the four major observation approaches for earthquake monitoring and prediction in china.
地震电磁观测是我国地震观测的四大学科之一。
9.
Earth Rotation,a Cause of Earthquakes seen from Wenchuan earthquake
从2008年5月12日四川汶川地震看地震的成因
10.
CHARACTERIZATION OF RUPTURE ZONES AT LANDERS AND HECTOR MINE, CALIFORNIA IN 4-D BY FAULT-ZONE GUIDED WAVES
断层导波研究加利福尼亚兰德斯和海克特曼恩地震断层带的四维特征(英文)
11.
Study on Body Strain Characteristics of Xiyang Seismological Station,Shanxi,before Wenchuan,Sichuan,8.0 Earthquake and Coseismic Effect
四川汶川8.0级地震前山西昔阳地震台体应变特征和同震效应研究
12.
It was a relatively shallow one, only 10.4 km deep.
这次地震的震源相当浅，深度只有十点四公里。
13.
Control Efficiency Analysis of Four Kind of Base Isolation Systems on Earthquake Responses of Structures;
四种基础隔震系统结构地震反应控制效果分析
14.
RESEARCH ON THE SEISMIC RESISTANCE STRENGTHENING OF BRICK MASONRY BUILDING DUE TO WENCHUAN BIG EARTHGUAKE IN SICHUAN
浅谈四川汶川大地震后砖混结构的抗震加固
15.
Application of seismic attributes technology in high precision 3D seismic interpretation
地震属性在高精度三维地震解释中的应用
16.
Seismic response of electric power buildings under multiple-dimensional earthquake action
多维地震动作用下电力建筑物的地震反应分析
17.
The Series of Large Earthquakes in the Chinese Longmenshan Mountain
龙门山地震带的大震系列——关于四川汶川8.0级大震的预报探讨
18.
It occurred at a depth of 54.2 km.
震源则是在五十四点二公里深的地底。