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- crustal deformation survey 地壳形变测量
- crustal deformation surveying 地形变测量
- The crustal deformation reveals that the seismogenic body has accumulated higher stain potential energy under compression. 地壳的形变和应变揭示出孕震体在挤压状态下积累了较高的应变势能。
- Crustal deformation observation includes observations of horizontal deformation,vertical deformation,and ground tilting. 地壳形变观测应包括水平形变、垂直形变和倾斜形变观测。
- Yu, S.B., L.C.Kuo, R.S.Punongbayan and E.G.Ramos (1999) GPS observation of crustal deformation in the Taiwan-Luzon region: Geopys.Res.Lett. 结合地理资讯系统和地震危险度分析软体，从事嘉南地区地震危险度微分区研究，经使用新的震源分区，并考虑}对强地动的效应，已获得初步的微分区图。
- Variations of gravity field in this area may be caused by crustal deformation, quality transition in deep crust and fault creep. 重力变化可能是由该区地壳形变、地壳深部质量迁移和断层蠕动共同作用引起的。
- While, their influences are systematic, which needs a special attention when GPS results are applied to crustal deformation analysis. 同时，相对于原模型、方法、框架，其影响也可能是系统性的，在将GPS定位结果应用于地壳形变分析时尤为值得关注。
- This article cites a deformation survey project to set forth how it draws the observation curve in the way of the drawing cross-section profile of road in the CASS software. 结合某一变形观测工程阐述如何借鉴CASS软件中绘道路横断面图的方法描绘沉降观测曲线图。
- Data of sea level changes corrected for the influences of periodic and non-geriodic fac tors show relative crustal deformation in the areas of tide gause stations. 通过消除对海平面资料主要周期和非周期因素的影响,订正海平面表征了验潮站地区相对的地形变信息。
- In the paper,we collected and cleaned up the observation data of Fujian digital seismic network,seismogeology,crust deform survey and plat movement. 本文收集、整理了台湾集集大地震前后福建、台湾地区数字地震观测、地震地质、大地形变测量以及板块运动的大量资料。
- The tectonic movement that occurred since the Neogene has been the major developmental and evolutional stage of the latest global crustal deformation and orogenic movement. 新近纪以来的构造运动是全球最新的地壳形变和造山运动的发展演化阶段。
- Japan's earthquake forecasting program, which monitors factors such as seismic activity and crustal deformation, may eventually watch tidal activity as well. 日本的这项监测地震活动与地壳变动的地震预报计画，最后可能也会开始观察潮汐的活动。
- The rupture surface is to NNE, similar to gradient belt of focal depth, gradient belt of crustal deformation, isoseisms and extended direction of earthquakes. 伽师强震群的破裂断层面为北东向，与震源深度梯度变化带、地壳接触变形梯度变化带、等烈度线以及地震扩展方向吻合；
- Yu, S. B., Kuo, L. C., Punongbayan, R. S., Ramos, E. G., 1999. GPS observation of crustal deformation in the Taiwan-Luzon region. Geo. Res. Lett, 26, 923-926. 蔡旻倩，2004.;台湾西南部GPS资料时间序列分析与地壳变形模式研究，国立中央大学地球物理研究所硕士论文。
- The interference factors of crustal deformation data are varied, therefore, it is difficult to distinguish between earthquake precursors and disturbances. 摘要地形变观测资料中干扰因素较多，而地震前兆与干扰往往不易区分。
- The method of Auto-Electronic Distance Measurement (EDM) will be the main development way for common fixed-point crustal deformation monitoring of cross-faults. 全自动激光测量方法(EDM)将是常规的跨断层定点地壳形变监测技术主要的发展方向。
- Yu, S.B., L.C.Kuo, R.S.Punongbayan and E.G.Ramos (1999) GPS observation of crustal deformation in the Taiwan-Luzon region: Geopys.Res.Lett., 26(7), 923-926. 结合地理资讯系统和地震危险度分析软体，从事嘉南地区地震危险度微分区研究，经使用新的震源分区，并考虑}对强地动的效应，已获得初步的微分区图。
- As there are relatively few observed points in crustal deformation monitoring, it is hard to deduct the deformation of the unobserved points correctly with conventional methods. 摘要由于地壳形变监测中观测点相对较少，用常规方法很难准确推求那些未经观测但又需要关注的点的变形量。
- Combined deformation survey data 形变综合观测
- The present-day crustal deformation in the northeast China is studied with GPS data of 37 stations during 1997-2005. The velocities related to Eurasia is generally small, 1.58 mm/a on average, it is showing that the region is generally stable. 利用东北地区37个GPS测站1997~2005年的观测数据研究了该区现今地壳形变特征。 结果显示:东北地区相对欧亚板块的位移速率矢量较小;平均为1.;58mm/a;表明该区总体上比较稳定;
