是中国和美国地学家合作开展的大陆动力学研究项目。
NDEPTH" is a project of continental dynamics study, conducted jointly by Chinese and American geoscientists."
造山带动力沉积学是造山带地质学和大陆动力学研究的重要方面。
Dynamic sedimentology of orogenic belts is an important aspect for the research on continental dynamics and geology of orogenic belts.
指出新的观测资料为板块构造学说和大陆动力学提供了机遇和新的挑战。
In the end new development and challenges on plate tectonics and continent dynamics provided by the new observation are pointed out.
地球深部结构、构造与大陆动力学研究在地球科学领域中占有重要地位。
The study of deep structure and tectonics of the Earth and continental dynamics occupies an important position in the geophysical field.
造山带区域构造演化与大规模成矿作用是同一大陆动力学过程的不同表现。
The regional tectonic evolution and extensive mineralization in orogenic belts are different expressions of the same continental dynamic process.
该穹隆突出而重要地参与了秦岭造山带的形成与演化，具有重要的大陆动力学意义。
Therefore, it suggests vertical accretion of lithosphere in deep crustal setting of orogenic belts and shows its importance in continental dynamics.
多岛弧造山模式和多机制的隆升模式等大陆动力学问题也是层序地层所遇到的新挑战。
Sequence stratigraphy will be encountered with new challenges from continental dynamics of archipelago arc orogenic models and multi mechanism uplifting models.
在近2 0年的国际大陆动力学研究中，变质核杂岩与伸展构造是一个方兴未艾的热点课题。
The metamorphic core complexes and extensional tectonics have been being a hot-point in the international continental dynamics study in recent 20 years.
虽然大多数结果提供了地球动力学的背景，但就其分辨率而言还不足于进行有效的大陆动力学研究。
Though most results present the background of geodynamics, their resolutions are not enough for the effective study of the continental geodynamics.
青藏高原是地球表面积最大、时代最新、海拔最高的大陆高原，是国际科学界公认的大陆动力学野外实验室。
Tibet plateau which is the biggest, the newest, and the highest earth plateau in the world, is considered as the earth dynamics field lab by the international scientific community.
毗邻的沉积盆地与造山带是大陆构造的基本单元和形成于统一地球动力学系统中的一对孪生体。
Sedimentary basin and adjacent orogenic belt are two basic tectonic units of continent and twins developed in a geodynamic system.
通过对西非被动大陆边缘结构、构造特征，以及边缘发育演化简史的分析，探讨了西非被动大陆边缘形成演化的动力学背景。
Based on the analysis of the structure and the brief evolution history of the passive continental margin in West Africa, the dynamic background of formation and evolution of the margin is discussed.
在青藏高原采集的大地电磁资料描绘了地壳中的主要局部熔融区域，其结果和大陆碰撞地球动力学模型的结果相一致。
Magnetotelluric data collected on the Tibetan Plateau have imaged a major zone of partial melting in the crust, that agrees well with geodynamic models for this continent continent collision.
岩石圈下层的网状塑性流动，作为包含塑性流动网络的黏塑性流动，控制着大陆板块内部的构造变形和动力学过程。
Netlike plastic flow in the lower lithosphere, as viscoplastic flow involving plastic flow network, controls tectonic deformation and dynamic processes within the continental plate.
分析了中国大陆东部地区和东海海域地球物理场、大地构造、地球动力学特征。
This paper analysed characters of geophysical fields, tectonics and geodynamics of eastern of Chinese continent and east China Sea region.
根据这些定量参数，评价活动构造地震的危险性，同时，还简要地讨论了大陆内部现代构造活动的动力学问题。
These quantitative parameters can be applied to assess the seismic risk of active tectonics. The geodynamics for recent tectonic movement in the interior of the continent is also discussed in brief.
它们位于大陆边缘区的后缘，其地球动力学作用以大陆架、大陆斜坡和边缘海沉降区域的裂谷作用为特征。
These are proper rear boundaries of continental margins, the geodynamics of which are characterized by rifting on shelves, continental slopes, and marginal oceanic depressions.
川滇地区是大陆构造运动及其动力学过程研究的理想的实验场地。
The Sichuan-Yunnan area is an ideal area for studying tectonic movement and its crustal dynamics problem of continent.
大陆科学钻探温度测量，为今后进一步研究超高压变质带深部地热场及其地球动力学含义提供了可靠的基础数据。
Temperature measurements and its long-period observation will provide reliable basic data for geothermal and geodynamical study of the ultra-high pressure metamorphic belt.
提出研究岩石圈—软流圈动力学的演化趋势对中国大陆未来预测的重要性。
The significance of study on the evolution trend of the lithosphere-asthenosphere system for the prediction of the China continent in the future is also discussed.
提出研究岩石圈—软流圈动力学的演化趋势对中国大陆未来预测的重要性。
The significance of study on the evolution trend of the lithosphere-asthenosphere system for the prediction of the China continent in the future is also discussed.
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