It plays an important role in the further study of ocean dynamics.
它对于进一步的海水动力环境要素的研究具有重要的作用。
A precise model of Earth's geoidis crucial for deriving accurate measurements of ocean circulation, sea-level change and terrestrial ice dynamics.
图上精确的地球大地水准面是根据洋流、海平面的变化和地球冰川等元素的精确数据测量而成。
On the basis of discussion of present status and problems involved with research on the Marine carbon cycle, the role of Marine ecosystem dynamics in ocean carbon cycle is analysed.
在讨论了目前海洋碳循环研究的现状和存在的问题基础上，分析了海洋生态系统动力学在海洋碳循环中的作用。
The export and cycle processes of the riverine carbon are closely related to coastal zone environment, dynamics of the ocean carbon pool and the global climate system.
构成全球碳循环的一个关键环节河流碳的输出及循环过程与近岸水域环境、海洋碳库变动及全球气候系统紧密相关。
The new geoid map will be useful for studying ocean circulation, ice dynamics, sea-level change and earthquakes.
这个新的大地水准面地图对于研究海洋环流、海冰动力学，海平面变化和地震会是有用的。
The comparison of the different ocean tide models should provide a base to the study of ocean structure, ocean tide dynamics and geodynamics.
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。
It is necessary to combine the mass balance with the ice sheet dynamics and to develop the couple model of ice-ocean-atmosphere for accurate estimate of the mass balance state and its variability.
准确地评判物质平衡变化趋势则需将物质平衡与冰体动力学结合起来，并建立冰-海-气耦合模型。
Detection of ocean surface dynamics with HF radar is a typical problem of wave scattering from a rough surface.
高频(HF)雷达海洋探测是典型的粗糙面对电波的散射问题。
A precise model of Earth's geoid is crucial for deriving accurate measurements of ocean circulation, sea-level change and terrestrial ice dynamics.
图上精确的地球大地水准面是根据洋流、海平面的变化和地球冰川等元素的精确数据测量而成。
The results of this paper are useful for the dynamics and the control of liquid-filled systems in the astronautics and aeronautics and ocean engineering.
本文的研究结果，对于航天、航空、航海中的充液系统动力学与控制问题，都有重要的参考价值。
The results from this model study indicate that the essential dynamics of the ENSO cycle can be determined by the tropical Pacific coupled ocean-atmosphere system itself.
本文数值模拟结果表明，ENSO循环的主要动力学过程可由热带海气相互作用系统自身所确定。
Those unique dynamics have significant effects on the heat budget and SST of the northern Indian Ocean.
这些特点是印度洋与其他大洋不同之处，对北印度洋的热收支和SST有重要影响。
Dissolution Kinetics and Dynamics, Carbon Sequestration in Seawater, and Possible Ocean Eruptions.
溶解过程的动力学，海水中的碳储存，和可能的海洋喷发。
Dissolution Kinetics and Dynamics, Carbon Sequestration in Seawater, and Possible Ocean Eruptions.
溶解过程的动力学，海水中的碳储存，和可能的海洋喷发。
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