地壳形变

跨喜马拉雅的GPS观测与地壳形变

GPS measurement and current crustal movement across the Himalaya

提出了在地壳形变研究中区域无整体旋转基准的概念，并用区域无整体旋转基准对中国大陆及周边地区的GPS观测数据进行了处理，给出在该基准条件下区域地壳运动速度场。

A new concept of regional No-Net-Rotation ( NNR ) reference frame for researching crustal movement is proposed . The GPS data observed in Chinese mainland and the surrounding areas is processed by use of this reference frame and a new crustal movement velocity field is obtained .

CAR模型在分析处理地壳形变资料中的应用

Application of the systematical recognition method in analysis of crustal deformation data

中国大陆现今地壳形变与GPS坐标时间序列分析

Present-day Crustal Deformation in China and GPS-derived Coordinate Time Series Analysis

联合GPS与重力资料反演分析川滇地区现今地壳形变

Contemporary Crustal Deformation in Sichuan-Yunnan Region from GPS and Gravity Data

GPS地壳形变监测网应变解算方法与程序设计

Methods and program design of strain computation from GPS deformation data

福建地壳形变GPS观测台网选址及噪声分析

Reconnaissance And Noise Analysis For GPS Observation Network of Fujian Crustal Deformation

利用GPS分析天山现今地壳形变特征东北地区现今地壳形变特征研究

Analysis of contemporary crustal deformation characteristics with GPS data of Tianshan Mountain

研究了GPS用于地壳形变监测的可行性。

The feasibility of GPS monitoring crustal deformation was studied .

GPS揭示的贝加尔湖地区现今地壳形变特征

Present-day crustal deformation revealed by GPS in Baikal Lake region , russia

利用GPS形变资料确定地壳形变的应变特征

The Determination of Strain Accumulation Rates Using GPS Data

高精度GPS定位及地壳形变分析若干问题的研究

Some Key Issues Relating to High Precision GPS Positioning and Crustal Deformation Analysis

GPS定位技术在福建地壳形变监测中的应用

The use of GPS location technique on crust distortion observation in Fujian region

用GPS监测西安市南郊地壳形变

Monitoring three dimension crustal deformation in south suburb of Xi'an city by GPS

利用GPS技术监测地壳形变的实践

Practice of crust deformation monitoring using GPS Technique

中国地壳形变GPS观测台网漳州GPS点选埋实践

The laying practice of Zhangzhou GPS point of China crustal deformation GPS observation network

华北地区地壳形变的GPS及地震矩张量反演分析

Analyze Crustal Deformation in North China by Inverting Seismic Moment Tensors and GPS Velocity

GPS地壳形变监测数据处理及大气水汽含量反演计算的研究

The Research on Data Processing of Monitoring Crustal Deformation and Retrieval of Atmospheric Water Vapor Using GPS

基于GPS技术研究新疆巴楚&伽师6.8级地震的地壳形变特征

Study on Characteristics of Crustal Deformation of the Bachu-jiashi M_S6.8 Earthquake in Xinjiang Based on GPS Technique

介绍中美合作建立的川滇GPS地壳形变监测网的布设和观测情况。

The design and measurement of the GPS crustal deformation network in Sichuan and Yunnan are described .

西南极菲尔德斯海峡断层GPS卫星地壳形变监测网的重建和数据分析

Rebuilding and analysis of GPS monitor network for crust deformation in the Fildes Strait faultage , west Antarctica

新疆伽师及邻近地区现今地壳形变的GPS监测与研究

GPS monitoring and Study on recent crustal deformation in Jiashi and its adjacent region in xinjiang , china

高精度GPS观测及其在福建东南沿海地壳形变研究中的应用

High precise GPS observation and its application to the crustal deformation studies in southeast coast of Fujian Province

伽师及邻近地区GPS地壳形变监测及初步分析

GPS observation in Jiashi and its vicinity and the preliminary analysis on the observed data crustal deformation of Three Gorges Area

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。

While , their influences are systematic , which needs a special attention when GPS results are applied to crustal deformation analysis .

长趋势GPS地壳形变图像反映了这条活动断裂带相对完整的左旋走滑活动。

The secular GPS crustal deformation image has reflected the relatively complete left lateral strike slip movement of this active fault zone .

CUSP突变模型在地壳形变和强震危险性判定中的应用

Application of cusp catastrophic model to hazard decision of crustal deformation and strong earthquakes

根据上述研究思路和方法，本文主要开展了以下几方面的工作：①大尺度GPS地壳形变监测网数据处理方案研究；

According to the above methods and approaches , research work is made on the following aspects : ? schemes of data processing of large scale GPS monitoring network ;

本文展示部分地震遗迹照片和收集到的GPS观测资料，分析讨论了这次地震的震前震后地壳形变特征。

In this paper , we show some photos of the earthquake remains and GPS data , and make a discussion on the characteristics of the crustal deformation before and after the earthquake .

说明INSAR在三维信息获取及地壳形变监测方面具有良好的应用前景。

This paper shows INSAR possess a good application perspective in extracting three dimensional information of the Earth ′ s surface .