文中还从监测能力、观测精度、信息特征等角度，对这几种主要的跨断层地形变观测技术进行了较为全面的总结和讨论。
The paper also gives a comprehensive discussion and summary on the monitoring ability, accuracy, and characteristics of these observational techniques.
影响黄土地区地震崩滑敏感性的宏观因素包括活动地质构造、地震断层、地层、地形、水文条件、地震强度等。
The macroscopic factors influencing sensitivity of seismic loess landslides include geological structure, seismic fault, stratum, topography, hydrological condition, seismic intensity etc.
现代地形资料可资鉴定断层活动性。
Recent topographic data are useful for identification of fault activity.
结果显示，隧址区的最大主压应力及最大剪应力分布主要受地形和断层的控制。
The results show that the distributing of the maximum principal stress and maximum shear stress are mainly under the control of the landform and fault.
基于野外变形分析与断层滑动矢量构造应力场反演，初步确定了六盘山盆地形成与构造演化历史。
Based on the field analysis of deformation and stress field inversion from fault slip data, the formation and tectonic evolution history of the Liupanshan basin has been preliminarily established.
入院当天经颅多普勒超声异常率91.3%，高于脑电图(65.2%)、脑电图地形图(78.3%)及头颅计算机断层扫描(17.4%)。
CD on the day of admission, TCD yielded an abnormal rate of 91.3% in these patients, significantly higher than the rats by EEG (65.2%), topographic EEG mapping (78.3%) and head CT (17.4%).
入院当天经颅多普勒超声异常率91.3%，高于脑电图(65.2%)、脑电图地形图(78.3%)及头颅计算机断层扫描(17.4%)。
CD on the day of admission, TCD yielded an abnormal rate of 91.3% in these patients, significantly higher than the rats by EEG (65.2%), topographic EEG mapping (78.3%) and head CT (17.4%).
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