1.
Strong Motion Observation Records of Gutian ML4.1 and ML4.6 Earthquakes in 2008
2008年古田4.1、4.6级地震强震动观测记录
2.
Strong ground motion observation for Wenchuan aftershocks
汶川M_S8.0地震的强余震流动观测
3.
The mobile strong-motion observation and preliminary analysis of typical records for Wenchuan aftershocks
汶川强余震流动观测与典型余震记录分析
4.
Analysis of the seismic responses of a base-isolated building on the basis of strong motion observation
基于强震观测的隔震结构地震反应分析
5.
Evaluation of Seismic Performance of a Twenty-story RC Building from Recorded Strong Motions;
基于强震观测记录的建筑结构抗震性能研究
6.
OBSERVATION OF NEAR FIELD STRONG GROUND MOTION AND SEISMIC SOURCE FEATURE ANALYSIS FOR THE EARTHQUAKE SWARM OF XUNWU, JIANGXI PROVINCE OF AUG. 2, 1987
1987年8月2日江西寻乌震群的近场强地面运动观测及其震源特征分析
7.
The Study of Blasting Vibration and Intelligent Prediction of Blasting Vibration Intensity Based on MATLAB;
基于MATLAB的爆破震动研究及震动强度的智能预测
8.
Seismic Response Analysis of Infilled Frame Structure Based on Observation of Strong Aftershocks in Wenchuan Earthquake
基于汶川地震强余震观测的框架填充墙结构地震反应分析
9.
Finite Fault Source Model for Predicting Near-field Strong Ground Motion
近场强地震动预测的有限断层震源模型
10.
Measurement of the Near-field Earthquake Based on Strong-motion Records
基于强震动记录测定近场地震参数方法研究
11.
Programs and researches concerned with strong-motion observation of structures in California, USA
美国加州地区的结构强震观测计划及研究工作
12.
Forecast on Intensity of Vibration and Study on Effect of Ground Blast Induced Vibration of Underground Engineering in City;
城市地下工程爆破的地面爆破震动效应及其震动强度预测
13.
Prediction of strong ground motion using hybrid method
基于复合预测方法的强地震动评价研究
14.
Study on the Neural Network Model for Forecasting the Blasting Vibration Intensity
爆破震动强度预测的神经网络模型研究
15.
Development of Digital Monitoring System of Strong Motion for Long-Span Bridges
大跨度桥梁强震动数字监测系统的研制
16.
The ancient Chinese people were able to predict earthquakes by watching the behavior of animals.
古代中国人能够通过观察动物行为来预测地震。
17.
EARTHQUAKE SWARMS OF SEPTEMBER AND OCTOBER 1991, IN THE MAFANG AREA, BEIJING: OBSERVATION AND STUDY
1991年9—10月北京马坊地震活动的观测与研究
18.
Seismic acquisition geometry evaluation method based on wave equation directional illumination technique
地震观测系统评价的波动方程方向照明方法