1.
The movement of plates is dangerous.
板块运动是非常危险的。
2.
Variable Viscosity Whole Mantle Convection and Surface Plate Motions;
全球变粘度地幔对流与地表板块运动
3.
ON MAN CI;
论奇偶言板块运动的高速状态──慢词
4.
Establishing of Background Field of Global Plate Motion and ITRF2005VEL
全球板块运动背景场及ITRF2005VEL的建立
5.
Global Plate Motion Model Based on ITRF2005
基于ITRF2005的全球板块运动模型
6.
Geologists describe the motion of the plates and the consequences of such motion as plate tectonics.
地质学家把板块运动及这种运动所造成的后果看作是板块构造运动。
7.
ON SPHERICAL MANTLE MIXTURE DRIVEN BY MODERN PLATE TECTONIC MOTION
现代板块运动驱动球域地幔混合的研究
8.
Analysing the Extending of Atlantic Based on Global Plate Motion Models
基于全球板块运动模型分析大西洋扩张变化
9.
Global Plate Motion and its Impact on the Earth′s Surface Area Changes
全球板块运动及其对地球表面积变化的影响
10.
The movement of the plates strains the rock at and near plate boundaries and produces zones of faults around these boundaries.
板块运动在板块边界或者附近拉张岩石，并且在边界周围产生断层带。
11.
If this were not the case, the Earth would be covered by a single spherical plate, and no relative plate motion could occur.
如果不是这种情况，地球就会被一个单独的球状板块所覆盖，并且不会有相对的板块运动发生。
12.
The most commonly cited mechanism for transforming thermal energy into the movement of plates is the action of plumes.
将热能转换成板块运动最普遍被引用的机制，是地幔羽的活动。
13.
In this point, when the deadlock ends and motion of the two plates resumes, an earthquake will occur.
”在这时，随着剧烈挤压的结束和两个板块运动的恢复，就会发生地震。
14.
Plate Tectonics and Geodynamics of Orogenesis of the Southwest Tianshan Mountains;
西南天山板块构造及造山运动动力学
15.
Mountain Building occurs during rapid subduction of one plate under another.
当一个板块迅速地挤压到另一个板块下面时会发生造山运动。
16.
INTERACTION BETWEEN PHILIPPINE SEA PLATE (PH) AND EURASIA (EU) PLATE AND ITS INFLUENCE ON THE MOVEMENT EASTERN ASIA
菲律宾海板块与欧亚板块的相互作用及其对东亚构造运动的影响
17.
The Clinical Significance of Combining Treadmill Exercise Test (TET) with Carotid Artery Plaque Inspection in Diagnosis of Coronary Heart Disease;
平板运动试验结合颈动脉斑块检测诊断冠心病
18.
Separate rock layers, or plates, under the oceans and continents move very slowly.
海洋和陆地下面的岩石层或板块在缓慢地运动。