片语

characteristics of crustal vertical deformation地壳垂直形变特征

crustal vertical deformation field地壳垂直形变场

crustal vertical deformation[地震]

crustal pure deformation地壳纯变形

crustal deformation survey[测]

diastrophism地壳变动（形容词diastrophic）；地壳变形

crustal horizontal deformation[地震]

Crustal movementand deformation地壳运动变形

Crustal Deformation and Earthquake地壳形变与地震

crustal l deformation地壳形变

英汉例句

• The dip Angle is a main factor to decide the image shape of crustal deformation field.

  力的方位角是决定形变场图像形态的重要因素。

• 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。

• The resulting in the role of the crustal deformation of rocks, broken, dislocation and then the earthquake.

  由此而产生力的作用，使地壳巖层变形、断裂、错动，于是便发生地震。

• It has positive significance to extract information of vertical crustal deformation of sea level for predicting larger earthquakes and hazards related to the ocean and so on.

  提取海平面地壳垂直形变信息对较大地震的预报和与海洋有关灾害的预测等有积极意义。

• Using statistic analysis, the scale dependence of crustal strain value from crustal deformation data is studied.

  从统计分析入手，研究了地形变资料求解地壳应变值的尺度相对性问题。

• In data processing for Capital circle GPS crustal deformation monitoring network, the best technical program has been used and high precision positioning results have been obtained.

  首都圈gps地形变监测网在数据处理中采用了最佳的技术方案，获得了高精度的定位结果。

• To demonstrate Anhui meteorological GPS data for crustal deformation research of feasibility.

  为了论证气象gps观测数据用于地壳形变研究的可行性。

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

  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。

• It is thought that there is some relation between sea level variation and large earthquakes, and the amount of crustal deformation can estimated by the variation of sea level.

  分析认为海平面变化与较大地震的发生有一定的关系，较大地震前后一般会产生地壳形变现象，地壳形变可以通过海平面的变化估算出变化的量值。

• The feasibility of GPS monitoring crustal deformation was studied.

  研究了GPS用于地壳形变监测的可行性。

• As a example, the change of entropy of crustal deformation in the process of Heze earthquake with magnitude 5.9 is given finally.

  作为算例，文章最后给出了菏泽5.9级地震过程中地壳形变熵的变化。

• The Variation of gravity field in this area may be caused by the crustal deformation or deep transference 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。

• So, using the digital deformation data to calculate the crustal deformation rate can be taken as a seismic method in the routine seismic prediction.

  因此，应用形变数字化资料计算地壳形变速率，可作为对地震活动以及日常地震预测的一种分析方法。

• This paper focuses mainly on the feature of crustal deformation around this fault zone.

  文中主要探讨了这条断裂带的地壳形变特征。

• The method for computing crustal horizontal velocities and strain rates with repeated GPS survey and other crustal deformation measurements has been presented in detail.

  详细地叙述了用GPS和应变测量数据计算地壳水平速度和水平应变率的方法，这一方法满足变形协调性条件。

• The main characters of the crustal deformation of 1989 Datong-Yanggao earthquake were described, and its extensivity, diversity and periodicity were pointed out.

  叙述了1989年大同一阳高地震地壳形变的主要特征，指出其具广泛性、多样性和阶段性。

• Continuous ground tilt observation is important in crustal deformation studies.

  地倾斜连续观测是地壳形变观测研究中重要内容。

• The mutual relation and influence between the crustal deformation and the subsurface fluid are present obviously.

  地壳变形与地下流体之间既相互联系又相互影响。

• The vertical crustal deformation before and after the Hsingtai Earthquake has probably 4 stages, characterized in general by deformation in the same direction.

  邢台地震在地面垂直运动方面，地震前后大致存在四个地形变阶段，并在总体上具有同向地形变特征。

• The crustal deformation anomalies of earthquake group can be as an important basis for the prediction of earthquake group.

  地震组的地形变异常，可以作为地震组预测的重要依据。

• The author tries to investigate the force source causing the drastic crustal deformation and frequent seismic activities in southwest China.

  并对中国西南部壳体强烈的地壳形变以及频繁的地震活动的力源机制问题进行了探讨。

• And the corresponding relationship between crustal deformation and earthquake is researched, the earthquake oc curred in high gradient belt along the edge of vertical deformation upward district.

  研究了垂直形变异常与地震的对应关系，地震发生在垂直形变隆起区的边缘形变高梯度带上。

• Basing upon the data of geological and seismological observations and crustal deformation this paper deals mainly with the characteristics of the tectonic stress field in China since Late Tertiary.

  本文根据地质构造、地震和地壳形变等资料，研究了中国晚第三纪以来构造应力场的主要特征。