本文论述了上地幔各向异性的参数描述和主要证据，以及与地球动力学的关系。
The elastic parameters, their main evidences and relevance to the earth's dynamics of the anisotropy of the upper mantle are discussed in this paper.
本文系统地介绍了GPS应用于精密测地和天文地球动力学的基本模式、原理和误差。
In this paper, the basic models, principle and error sources of GPS applied to precise geodesy and astro-geodynamics are introduced systematically.
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.
由于采取了一系列先进的方法和措施，首次观测获得了高精度的成果，为今后大震预测和地球动力学的研究奠定了基础。
Due to adopting a series of advanced methods, the first observation has obtained high precise results, and laid a foundation for the large earthquake prediction and geodynamic research in the future.
答案是地球运动的动力学，顺便说一下，这也是导致冰河时代的原因。
The answer is the dynamics of earth's motions, the same thing that caused the Ice Age by the way.
然而，从地球和木星轨道动力学的角度，这次消失是极端意外事件。
But due to the orbital dynamics of Earth and Jupiter, this particular disrobing was far more abrupt.
2010年10月7日，当一轮新月从太空飞船（与地球同步轨道）和太阳之间直接经过时，美国国家航空航天局太阳动力学观测台观测到了圆月的运转。
On Oct. 7, 2010, NASA's Solar Dynamics Observatory, or SDO, observed its first lunar transit when the new moon passed directly between the spacecraft (in its geosynchronous orbit) and the sun.
格纳纳德西肯在新泽西州普林斯顿美国地球物理流体动力学实验室工作。他表示：“我们的小组开发气候模型。”
"Our group develops climate models," said Gnanadesikan, of the U.S. Geophysical Fluid Dynamics Laboratory in Princeton New Jersey.
俯冲带和地球系统演化过程中的动力学及物质循环。
And dynamics and mass circulation in subduction zones and Earth system evolution.
未来流水下切研究要在流水动力学和地球动力学两方面探索更多的科学问题。
The research of fluvial incision in the future will explore more scientific problems concerning both fluvial dynamics and geodynamics.
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.
全球动力学扁率(H)是研究地球自转与岁差的一个重要物理量。
Global dynamic flattening (h) is an important parameter in the study of the Earth rotation.
地幔柱理论涉及地幔深部物质垂直运动的机制，对了解地球深部动力学机制有重大意义。
The theory is concerned with the vertical movement of deep-seated mantle material thus significant to the deep dynamic mechanism of the earth.
表明，在研究许多地球动力学问题时，扣除海水密度变化引起的海面高变化至关重要。
The result shows that it is more important to separate sea level height variation caused by seawater density change in the study of Earth dynamic problem.
稀土元素地球化学研究为新疆准噶尔地区二叠纪后碰撞阶段的岩浆作用机理及地球动力学演化过程提供了重要证据。
The REE geochemical research has provided the important evidence for the mechanism of the Premian post-collision stage and the geodynamical evolution process.
这些研究都不断地加深了我们对于地球内部介质的特性及动力学过程的认识。
All these studies have intensified our understandings to the media properties and dynamic process in the inner earth.
在地质历史上，适于前陆盆地发育的地球动力学环境，在时间和空间上均是相当有限的。
The geodynamic environment in which foreland basin is developed is rather limited both temporally and spatially in the geological history.
刚体地球章动序列和非刚体地球章动的转换函数都和地球动力学扁率有关。
A rigid Earth nutation series and a non rigid Earth transfer function both are associated with the Earth dynamical flattening.
而且我们清楚地了解地球抖动的动力学，不仅会在每天的极性抖动中来来回回，还会转变成快速地向另外一个方向倾斜。
And we are acutely aware of the dynamics of the Earth wobble, which can switch into and out of an opposition lean quickly as well as go back and forth in a daily polar wobble.
这些海潮模型的相互比较为研究海洋的精细结构、海潮的动力学、地球动力学提供了依据。
The comparison of the different ocean tide models should provide a base to the study of ocean structure, ocean tide dynamics and geodynamics.
文章扼要阐述了幔源铀成矿的地球动力学背景，评述了热点铀成矿理论。
The geodynamic regime of mantle-derived uranium metallogenesis and theory of hotspot uranium metallogenesis are briefly discussed.
在建立动力学模型中，计及了地球扁球形的摄动、大气阻力、太阳辐射压的效应以及日月引力摄动。
The dynamical model included the effects of the earth non-spherical shape, atmospheric drag, solar radiation pressure as well as lunar and solar perturbations.
地球动力学演化过程与成矿之间的关系是近二、三十年来地球科学界一直关注的重要科学问题之一。
The relationship of geodynamic evolution and deposits formation has been one of important problems focused by geologists in the past twenty years.
对这三种地球动力学效应的研究将有助于从另一角度了解地球内部的结构及其运动形态。
It's favorable to find out the earth's internal structure and the earth's movement from the study of these effects.
一般都认为造山带和盆地形成于不同的地球动力学环境。
It has been generally considered that orogenic belts and basins are formed by different geodynamic mechanisms.
通过比较，可以看出，海水质量变化可以部分解释1998年以来地球动力学扁率的异常变化。
The result suggests that the oceanic mass redistribution can partly explain the abnormal variation of the Earth's oblateness from 1998.
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.
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.
这些结果将为地球动力学研究提供新的定量资料，对于震源层析成像研究等有实际意义。
These results will give new quantitative data for geodynamics and has practical meaning for seismic source tomography research.
这些结果将为地球动力学研究提供新的定量资料，对于震源层析成像研究等有实际意义。
These results will give new quantitative data for geodynamics and has practical meaning for seismic source tomography research.
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