助手标题  
全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多
查询帮助
意见反馈
   earthquake region 在 地质学 分类中 的翻译结果: 查询用时:0.174秒
图标索引 在分类学科中查询
所有学科
地质学
地球物理学
建筑科学与工程
公路与水路运输
更多类别查询

图标索引 历史查询
 

earthquake region
相关语句
  震区
    THE DATA FROM GEOPHYSICAL EXPLORATION OF THE EARTHQUAKE REGION IN CHANGMA,GANSHU PROVINCE(1932,M7.5)
    1932年甘肃昌马7.5级地震区的物探资料
短句来源
    Study on Crust Structure of Haiyuan Strong Earthquake Region
    海原8.5级大震区地壳结构探测研究
短句来源
    The application of Wavelet Transform to the process of water level observational data for weak earthquake region
    小波变换在少震、弱震区地下水位数据分析中的应用
短句来源
    DIFFERENCES OF CRUSTAL STRUCTURES IN NORTHEASTERN EDGE OF TIBET PLATEAU, ORDOS AND TANGSHAN EARTHQUAKE REGION IN NORTH CHINA-RESULTS OF DEEP SEISMIC SOUNDING
    青藏高原东北缘、鄂尔多斯和华北唐山震区的地壳结构差异——深地震测深的结果
短句来源
    STRONG GROUND MOTION AT MEIZOSEISMAL AREA & SAFETY OF IMPORTANT ENGINEERING PROJECTS AT POTENTIAL EARTHQUAKE REGION
    极震区的地震动与潜在震源区内重大工程安全
短句来源
更多       
  地震区
    THE DATA FROM GEOPHYSICAL EXPLORATION OF THE EARTHQUAKE REGION IN CHANGMA,GANSHU PROVINCE(1932,M7.5)
    1932年甘肃昌马7.5级地震区的物探资料
短句来源
    The seismicity of the studying area (29°~35°N, 114°~120°E), which is located in the transition area of earthquake region in North China and South China, is not high, and the attenuation of intensity has its own characters in focal mechanism, radiate medium and site.
    研究区(北纬29°~35°,东经114°~120°)位于华北地震区和华南地震区之间的过渡地区,地震活动性总体水平不高,烈度衰减关系有其自身的震源特性、传播介质和场地衰减特性等。
短句来源
    At present,the principal compressive strain rate in Xingtai earthquake region is very small,with a magnitude of-0.352×10~(-9)/yr,and the principal tensile strain rate is relatively large,with a magnitude of 3.306×10~(-9)/yr,which shows that the tensile strain in this area is predominated,and the crust is in a tensional state;
    当前,邢台地震区主压应变率很小为-0.352×10-9/yr,主张应变率较大为3.306×10-9/yr,张应变占绝对优势,地壳处于拉张状态;
短句来源
    in Bohai earthquake region,the principal compressive strain rate is-2.593×10~(-9)/yr,which is a little bit smaller than the tensile strain rate(2.947×10~(-9)/yr);
    在渤海地震区,主压应变率为2.593×10-9/yr,比主张应变率(2.947×10-9/yr)略小一些,二者比较接近;
短句来源
    in Haicheng earthquake region,the principal compressive strain rate(1.276×10~(-9)/yr) is smaller than the tensile strain rate(2.940×10~(-9)/yr),where is dominated by tensile strain;
    在海城地震区,主压应变率为1.276×10-9/yr,小于主张应变率(2.940×10-9/yr),地壳以张应变为主;
短句来源
更多       
  震源区
    STRONG GROUND MOTION AT MEIZOSEISMAL AREA & SAFETY OF IMPORTANT ENGINEERING PROJECTS AT POTENTIAL EARTHQUAKE REGION
    极震区的地震动与潜在震源区内重大工程安全
短句来源
    The main characteristics of seismic activity before M_S6 earthquakes are the M_S4 seismic activity pass intensity-quietude course in the same tectonics under intensity background of different periods,the seismic activity are different in the earthquake region 3 months before M_S6 earthquakes in different tectonics.
    ②新疆发生6级地震的主要地震活动特征是,在不同时段的增强背景下,构造带4级地震活动经历增强—平静过程,不同构造区震前3个月震源区的活动具有各自的特点;
短句来源
    Main Tendency of the Study on the Potential Earthquake Region at Present
    当前潜在震源区研究的主要方向
短句来源
    Determination of Potential Earthquake Region with Artificial Neural Network
    应用人工神经网络划分潜在震源区
短句来源
    Data Processing of Nearfield Earthquake Records in Zhangbei Earthquake Region and 3-D Image of Earthquake Distribution in Focal Region
    张北近场资料处理及震源区地震分布三维图像
短句来源
更多       
  “earthquake region”译为未确定词的双语例句
    Velocity structure of the crust and upper mantle in Xingtai earthquake region andits adjacent area
    Velocity structure of the crust and upper mantle in Xingtai earthquake region and its adjacent area
短句来源
    Monitoring ability of Fujian digital seismic network to the historical strong earthquake region of Quanzhou
    福建数字地震台网对泉州地震的监测能力
短句来源
    Under the Hsingtai earthquake region of the North China Plain and beneath the Mohorovicic Discontinuity, there are four layers respectively of longitudinal velocities 8.1, 7.6, 7.8 and 8.1 km/sec. Further below, a low velocity layer of velocity 7.2-7.4 kin/sec exists in the mantle, the upper boundary of which lies at a depth of about 83 kilometers.
    邢台地震活动地区,地壳底部莫霍界面之下尚有纵波速度为8.1、7.6、7.8和8.1公里/秒的四层介质,它们的下面有速度为7.2—7.4公里/秒的地幔低速层,低速层顶部的深度为83公里左右。
短句来源
    THE SEISMOGEOLOGICAL FEATURES IN THE YONGSHENG EARTHQUAKE REGION, WESTERN YUNNAN
    滇西永胜地区地震地质特征
短句来源
    STRUCTURE OF THE UPPER MANTLE AND LOW VELOCITY LAYER OF THE MANTLE UNDER THE HSINGTAI EARTHQUAKE REGION ON THE NORTH CHINA PLAIN
    华北平原邢台地震活动地区的上地幔结构和地幔低速层
短句来源
更多       
查询“earthquake region”译词为用户自定义的双语例句

    我想查看译文中含有:的双语例句
例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法,我们为您准备了出自英文原文的大量英语例句,供您参考。
  earthquake region
Seismicity in the Vogtland/Western Bohemia Earthquake Region Between 1962 and 1998
      
A peculiarity of the Vogtland/West Bohemia earthquake region is the appearance of earthquake swarms.
      
Probabilistic assessment of earthquake recurrence in the January 26, 2001 earthquake region of Gujrat, India
      
Deep electrical anomaly in the M7.5 Qiongzhou earthquake region and its relation with future seismicity
      
Three-dimensionalQ structure in Jiashi earthquake region of Xinjiang
      
更多          


A strong earthquake (M = 7.9) occurred in the Lu-huo county, Ganzi Zang Auto-nomous Zhou, Sichuan Province, on Feb. 6, 1973. Its epicentral intensity is 10. The earth-quake fracture zone passing through the epicentral region extends to 90 km along the Xian-Shui Eiver (鲜水河) valley. Fractures are principally of the tensile-torsional type accompanied by a few structural planes of compression find torsion. There are four types of fracture patterns in combination, namely: reversed "ξ" type, oblique type, sawtooth...

A strong earthquake (M = 7.9) occurred in the Lu-huo county, Ganzi Zang Auto-nomous Zhou, Sichuan Province, on Feb. 6, 1973. Its epicentral intensity is 10. The earth-quake fracture zone passing through the epicentral region extends to 90 km along the Xian-Shui Eiver (鲜水河) valley. Fractures are principally of the tensile-torsional type accompanied by a few structural planes of compression find torsion. There are four types of fracture patterns in combination, namely: reversed "ξ" type, oblique type, sawtooth type and grid type. They reflect mainly horizontal movements. The maximum horizontal displacement is 3.6m, while, vertical throws amount to 20-30 cm. In this paper we try to investigate the mechanics of every type of ground fractures created by this earthquake, and in combination with the existing geological background to discuss the stress in this earthquake region and the - origin of the earthquake. From the fact that the position of the earthquake fracture zone, its mechanics and movements are rather similar to that of the Xian-Shui Eiver fault, it can be inferred that the Lu-huo earthquake represents the most recent activity ,ofXian-Shui Eiver fault, and should be the necessary result of its movement.

1973年2月6日,四川省甘孜藏族自治州炉霍县发生了7.9级强烈地震,震中烈度为10度,通过震中区沿鲜水河谷产生了长达90公里的地震裂缝带。裂缝以张扭性的为主,伴有少量压性和扭性结构面,其组合型式有反“多”字型、斜列式、锯齿状和棋盘格式等四种,反映的运动方式以水平运动为主,最大水平错距达3.6米,垂直落差都在20—30厘米。本文着重研究了这次地震所产生的各种类型地裂缝的力学特征,结合地质构造背景探讨了地震区应力作用方式及地震成因。从地震裂缝带出现的位置、力学性质、活动方式与鲜水河断裂相一致来看,这次地震是鲜水河断裂的最新活动,是该断裂运动的必然结果。

Having calculated the variation of the average dislocation values F before and after the Haicheng earthquake, it can be seen the result is similar to that of the Xingtai (邢台) earthquake region. Accordingly, we may think that, the value of F probably is helpful in predicting large earthquakes.

计算了海城大地震前后平均断错F的变化,其结果与邢台地区相似。这表明F值可能做为预报大地震的一种方法。

Ground deformation took place before and after the Haicheng Earthquake of magnitude 7.3. During the few decades before the, earthquake vertical crnstal movement was observed over a very broad area around the earthquake region and the epicenter of the earthquake happened to be situated at a place where two belts of steep gradients of vertical movement intersect. During the 18 months before the earthquake the short levelling base line at the Jin Xian (金县) station, about 200 kms from the epicenter,...

Ground deformation took place before and after the Haicheng Earthquake of magnitude 7.3. During the few decades before the, earthquake vertical crnstal movement was observed over a very broad area around the earthquake region and the epicenter of the earthquake happened to be situated at a place where two belts of steep gradients of vertical movement intersect. During the 18 months before the earthquake the short levelling base line at the Jin Xian (金县) station, about 200 kms from the epicenter, recorded a set of data involving several stages of crustal deformation : the initial stable state of the ground surface, then beginning of tilting in one direction, followed by tilting in the opposite direction and stages of rapid tilting and finally slow variation of the tilt direction. Such a sequence of observations provided one of the bases for intermediate and short term prediction of the Haicheng Earthquake. Surveys made after the earthquake give the magnitude and the area of the deformation associate with the earthquake. The stress condition inferred from crustal deformation observation seems to be in good agreement with that inferred from other observations.In The Haicheng Earthquake prediction, a rather successful attempt was carried out in a way by combining observations of crustal deformation at fixed stations, along lines arid over a broad area and also combining closely with other kinds of observations.

海城7.3级地震发生前后,震区及其周围的地表都显示了明显的变动。震前几十年内,已存在大面积垂直形变,而震中正处于两条地形变高梯度带的交汇处。在震前18个月内,距离震中约200公里的金县台短水准测量记录到了地形变从平稳—开始倾斜—反向—加速—缓慢转向这样一组资料,为这次地震的中、短期预报提供了依据。震后的测量资料给出了这次地震引起的地形变的幅值和范围。由地形变资料推知的地震时地壳的应力状态与从其他观测资料所推知的相当一致。 在这次海城地震预报的实践中,地形变观测采用了点、线、面相结合的方式,并与其他观测紧密配合,是预报大地震的一次较为成功的尝试。

 
<< 更多相关文摘    
图标索引 相关查询

 


 
CNKI小工具
在英文学术搜索中查有关earthquake region的内容
在知识搜索中查有关earthquake region的内容
在数字搜索中查有关earthquake region的内容
在概念知识元中查有关earthquake region的内容
在学术趋势中查有关earthquake region的内容
 
 

CNKI主页设CNKI翻译助手为主页 | 收藏CNKI翻译助手 | 广告服务 | 英文学术搜索
版权图标  2008 CNKI-中国知网
京ICP证040431号 互联网出版许可证 新出网证(京)字008号
北京市公安局海淀分局 备案号:110 1081725
版权图标 2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社