1.
Analysis on Relationship Between 3-level Exceeding Probability(EP) and Horizontal PGA
三水准超越概率水平地震动峰值加速度关系分析
2.
Using Observational Data from the Aftershocks of Wenchuan Great Earthquake to Study the Influence of Geography on Peak Ground Acceleration
利用汶川余震流动观测资料探讨地形对峰值加速度的影响
3.
The Influence of Epicenter Distance to Peak Ground Acceleration on Different Sites
震中距对不同类别场地峰值加速度的影响
4.
THE INTENSITY AND PGA OF JAN. 4, 1988 LINGWU EARTHQUAKE(M_s=5.5), NINGXIA ESTIMATED BY DAMAGE OF MULTI-STORY BRICK BUILDING
由多层砖房墙体震害估计1988年灵武5.5级地震的峰值加速度和烈度
5.
PREDICTION OF GROUND MOTION PEAK ACCELERATION OF CONSTRUCTION SITES IN QINIIUANGDAO
秦皇岛市工程场地地面运动峰值加速度预测
6.
Variations of seismic design acceleration amplitude with depth for underground structures
地下工程设计地震动加速度幅值变化研究
7.
Numerical Simulation of Spectra-compatible Seismic Ground Motion
基于设计加速度反应谱的地震动时程数值模拟
8.
The Research on The Ground Motion Peak Acceleration Distribution Related With Probability OF Earthquake Intensity
基于概率烈度的地面加速度峰值分布的分析
9.
Change Law of Horizontal Peak Ground Acceleration on Different Category Site
不同类别场地水平向峰值加速度的变化规律
10.
The variations of amplitude of earthquake acceleration, normalized response spectrum (NRS) and bi-normalized response spectrum (BNRS) with depth were evaluated.
结果表明，地震动加速度幅值随深度的增加而减小，在浅层的变化速度较快。
11.
The Development and Application of Simulation of Earthquake Accelerations;
地震动加速度模拟软件的开发与应用
12.
The preliminary analysis of strong ground motion records from the M_s 8.0 Wenchuan Earthquake
汶川8.0级地震强震动加速度记录的初步分析
13.
accelerometer type seismometer
加速度式地震检滤器
14.
Influence of Reentry Velocity and Reentry Angle on Peak Aerodynamic Heating Rate of Manned Spacecraf
飞船再入速度和再入角对气动加热率峰值的影响
15.
The Effective Static Wind Load and the Top Acceleration Response of Liede A3# Building
猎德地块A3栋等效静力风荷载及峰值加速度响应
16.
2. synthesis of acceleration time while seismic oscillation is input to the bedrock ;
(2)基岩输入地震动加速度时间过程的人工合成;
17.
Study on the Effect of Site Condition to Ground Motion Amplitude and Attenuation Relations;
场地条件对地震动峰值及衰减关系的影响研究
18.
The results show that as the capacitance decreasing,the alternation between efficiency peak value and speed peak value are increased.
得出的结论为:随着电容减小,效率峰值与速度峰值的交互作用增加。