查询词典 earth-shaking

Digital earth, emerged at the end of last century, is a new strategic orientation for quantitatively studying the earth and a crosscutting multidisciplinary field of space science and technology, information science and technology, earth science etc.

数字地球是20世纪末期问世的定量化研究地球的一个新的战略方向，是集空间科技、信息科技、地球科学等于一体的交叉学科领域。

It to study the application of satellite motion theory and satellite observations, to solve the Earth's surface point position, shape of the Earth, the Earth elevation, location of plate movement and other issues involving , motion, deformation and gravity field, the creation of satellite geodetic network as the state's basic control network.

它研究应用卫星运动理论和卫星观测，解决地球表面点位置、地球形状、地球高程、板块运动等涉及位置、运动、形变以及重力场的问题，建立卫星大地网作为国家基本控制网。

Earth because the Moon has just been caught near the Earth, the Earth in six plate gravitational pull of the moon, a strong collision, the crustal rocks in the hot rolling-out with the ice water for drastic changes in the physical and chemical.

因为月球刚被地球捕获，距离地球近，地球上6大板块在月球拉引力作用下，进行强烈碰撞，让地壳中火热的岩铁浆流出来，与冰水进行剧烈的物理和化学变化。

The measurement of earth tilt is an important method of studying earth crust deformation and its earth tide, which means much to Geodynamics and the observation of earthquake prognostic.

地倾斜测量是研究地壳形变及其固体潮的一种重要手段，它对地球动力学研究和地震前兆观测都具有重要意义。

The swell-shrink characteristic of the earth and its varying velocity in radial direction are the main effecting factors of the earth tide energy. The maximum energy occurs at 268°05′of the earth moving orbit.

地球的胀缩特性和沿轨道径向的变化速度，是影响地球潮汐能量的决定因素之一，地球公转轨道的268°15′处为潮汐能量最大处。

Research the nature of Earth's Physics and training to acquire seismic, gravity field, the Earth tide, the earth's rotation, and magnetic field, to power, plate tectonics and geophysical exploration geophysics, such as the branch's basic theory, observation instruments, methods of observation and data processing methods, able to independently complete a variety of geophysical observation and data-processing tasks, and with certain scientific research capacity of senior specialists.

主要研究地球的物理学性质，培养能掌握地震学、地球重力场、地球固体潮、地球自转、地磁场、地电、板块构造以及勘探地球物理等地球物理学各分支的基本理论、观测仪器、观测方法和数据处理方法，能够独立完成地球物理的各种观测和数据处理任务，并具有一定科研能力的高级专门人才。

The paper analyzes historical influence in studying of traditional earthquake forecast of earth tide, and compares geohysical charactistics of earthquake forecast with that of Geodyuamics by earth tide in vibrating frequency, measure of volume of vibrating source and transmit distance. It emphasizes that the setting up of fundamental conception is the most important in earthquake forecast by earth tide.

本文分析了现行固体潮地震研究中的历史影响，对比研究了固体潮地震预测研究和固体潮地球动力学研究二者在振动频率、振动源体积、传输距离与介质等方面的地球物理特点与本质区别，强调了固体潮地震预测研究中最根本的工作是建立地震预测的目标和基本概念。

Especially, the development of Ni-MH high-power battery and high-power rare earth hydrogen-storage alloy materials not only complies with the industrial policy on rare earth resource fine processing in China, but also became a key national science project – associated project for electromotion automobile industry; it's the pivot high-tech industry backed by the government and it will also accelerate the transformation of China's abundant rare earth resources to technical and economical advantages; and it will also impel the development of relative industries. Therefore, it plays a critical role to create more economic and social benefits.

特别是镍氢动力电池用低成本、高功率稀土贮氢合金材料的开发，不仅符合我国稀土资源深加工的产业政策，也是国家重点攻关项目——电动汽车产业化的配套项目，是国家重点扶持的高科技产业，将促进我国丰富的稀土资源优势转化为技术经济优势，带动相关产业的发展，具有十分重要的经济效益和社会效益。

The contents of the study on Earth environment and life processes include (1) chemical, physical and biological processes under the interactions between Earth environment and life processes, and the interactions among geosphere, hydrosphere, atmosphere and biosphere;(2)distinguishing the contributions of the human activities and natural processes to global change;(3)evaluating the possible impacts of climatic and environmental changes on life processes and its feedbacks;(4)discovering the adaptation of life processes to Earth environment and its adjustment mechanism.

地球环境与生命过程研究的内涵就是研究地球环境与生命过程相互作用中的各种化学、物理、生物过程，以及其在地圈、水圈、大气圈、生物圈各子系统之间发生的相互作用，增进对地球系统的理解和认识，区分人类活动与自然过程在全球变化中的作用，评估气候与环境变化对生命过程的影响及其反馈作用，揭示生命过程对于地球环境的适应性及其调控机理，为科学地管理地球，确保地球系统的可持续发展提供依据。

And cleanse thou the earth from all ****, and from all unrighteousness, and from all sin, and from all godlessness: and all the uncleanness that is wrought upon the earth destroy from off the earth.

你要洁净这地上所有的压迫，所有的不正义，所有的罪：将它们从地上根除。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。