地震构造 meaning in Chinese
seismotectonics
Examples
- The seismic tectonic model of the region consists of strain partitioning and fault segmentation
应变分配和破裂分段是建立地震构造模型的二个方面。 - Firstly , well logging responses of fractured reservoir have been worked out by using rock core to calibrate well logging data . secondly , with the help of the seismic coherence cube , 3d volume visualization , seismic multi - attribute parameter , the curves of geophysical characteristics restructed , seismic data inversion with well logging restrict , the well curves inversion and so on , much work has been done , such as the full 3d seismic data fine structure interpretation and the studies for predicting the fractured reservoir in buried hills . a technique has been invented to predicting the fractured reservoir of metamorphic rock in buried hills with the integration of the multi - attribute and the multi - parameters
利用岩芯标定测井资料，研究了裂缝性储层的测井响应，进而借助于地震相干体技术、三维可视化、地震多属性参数、地球物理特征曲线重构、测井约束地震反演和测井特征曲线反演等多项技术开展了全三维地震构造精细解释和潜山裂缝性储层横向预测研究，形成了多属性、多参数综合预测变质岩裂缝性储层的方法。 - At first the authors explain the structural environment of earthquake in china , by giving an example of the institutes of epicenter of earthquake in china , from january , 1989 to december , 1998 , it shows the recent activity characteritic and districts division of earthquake in china . secondly they give a prediction by explaining stages about the earthquake activity in the past 100 years in china
首先对中国地震构造环境作了分析，并以1989年1月至1998年12月中国地震震中分布为例说明中国近期地震活动特征且对中国近期进行地震分区.最后，试图通过对中国近100年地震活动分期分析，作出相应的中长期预测 - This paper discussed two problems in current seismic safety evaluation for engineering site , i . e . , the requirements of seismotectonic investigations and evaluation in near site area ( near region ) at the different seismic work levels ; and consistency between seismogenic structure and potential earthquake source with deterministic method and probabilistic method in engineering site seismic work at i - level
摘要本文讨论了目前工程场地地震安全性评价工作中大家关心的两个问题：不同级别地震工作的近场区（近区域）地震构造调查和评价的不同要求以及级工作中确定论和概率论分析方法中发震构造与潜在震源区的统一性。