此项研究是在海洋动力学的框架内进行的。
The work was carried out in the framework of oceanological dynamics.
学习更多关于这种动物-海洋动力学的知识对未来至关重要。
Learning more about this animal-ocean dynamic is critical to the future.
卫星观测数据的同化技术已成为海洋动力学研究的一个有效手段。
The satellite data assimilation technique has become an efficient measure for Marine dynamic research.
通过海洋动力学和赤潮生物动力学相结合的方法，建立了一个赤潮发生的仿真模型。
This ecological simulation model of red tide includes water and biological dynamics, and takes into consideration environmental factors such as tide, tidal current and nutntion.
高频地波超视距雷达可以实现对海洋环境状态(如风、浪、流等海洋动力学参数)的监测。
The high frequency ground wave over-the-horizon radar can be adopted in detecting ocean state such as wind, ocean waves and ocean currents.
针对海洋动力学重要参数-海流，利用两台雷达的海洋表面径向流图，来生成海洋表面矢量流图的算法，并给出计算机模拟的结果。
In this paper we discuss the important parameter the ocean surface current and raise an algorithm to generate the vector current map in terms of data from two pieces of radial current map.
本论文应用CFD方法求解了海洋工程领域中的流体水动力学问题。
The thesis employs the method of CFD to solve the hydrodynamic problems in the field of ocean engineering.
本文在分析水下光场和藻类光合作用光谱响应基础上，阐述了海洋初级生产力遥感中的生物-地理动力学问题。
This peper expounds the dynamic problem of biogeography in remote sensing of oceanic primary productivity based on the analysis of submarine light spectral response of algae photosynthesis.
本文介绍由表面浮标、缆和中间物体组成的综合海洋缆系统动力学特性的二维时域分析方法。
A two-dimensional time domain met hod is presented for the analysis of dynamic behaviour of the ocean cable system in wind, wave and current.
陆架浅海沉积物—海水界面上的溶解态生源物质通量的准确估算是海洋生态系统动力学研究中的关键性问题之一。
One of the key issues in the marine ecosystem dynamics studies is to accurately estimate the dissolved biogenic substance flux across the sediment-seawater interface in the shelf sea.
根据该模型可以简单方便地测定海洋经济贝类对石油烃的生物富集动力学参数。
The model offers an available and simple method for measuring kinetic parameters for bioconcentration of petroleum hydrocarbon by Marine commercial mussels.
最后就我国开展海洋生态系统动力学研究提出一点看法。
In the end, some points about the study of ocean ecosystem dynamics in China are suggested.
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 new geoid map will be useful for studying ocean circulation, ice dynamics, sea-level change and earthquakes.
提出一个海洋溢油三维物理归宿和输运的动力学综合模型。
A comprehensive model of the dynamic, three-dimensional physical fates and transport of oil spill is presented.
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.
海洋粒子动力学：下沉速度，粒度分布，通量，和微生物降解率。
Marine particle dynamics: sinking velocities, size distributions, fluxes, and microbial degradation rates.
对1995年第5届国际海洋和极地工程会议上发表的海洋流体动力学研究的主要论文进行简要介绍。
A brief introduction of the papers in the field of Marine hydrodynamics. been presented on the 5th (1995) International Conference of Offshore and Polar Engineering was presented in this paper.
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.
应用动力学分析和数值计算的方法讨论了热带海洋对南亚季风和太平洋信风强迫的几种响应模态。
By using dynamical and numerical methods, several response modes of tropical ocean to the southern Asia monsoon and the Pacific trade wind forcing are discussed.
海洋生态系统动力学模型与模拟研究是海洋生态学研究的最重要方面之一。
Marine ecosystem dynamical modelling and simulation study is one of the most important research fields of the marine ecology.
通过对光电桅杆在复杂海洋工况下的水动力学分析，得到了光电桅杆的相关力学参数。
This article demonstrates the hydrodynamics analysis for the optronic mast in a complex marine application environment, and then derives the dynamics parameters of optronic mast.
主要研究鱼类种群动力学，包括海洋鱼类的生长，死亡，补充，数量变动等。
Mainly work on fish population dynamics, including growth, mortality, recruitment and population dynamics.
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。
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.
海洋沉积动力学正在打破传统，走向海洋工程学、物理海洋学和地质学的联合，共同建立一门综合性的、统一的沉积动力学。
Significant progress in the establishment of a unified Marine sediment dynamics has been made through the joint effort by physical oceanographers, coastal engineers and Marine geologists.
海洋沉积动力学正在打破传统，走向海洋工程学、物理海洋学和地质学的联合，共同建立一门综合性的、统一的沉积动力学。
Significant progress in the establishment of a unified Marine sediment dynamics has been made through the joint effort by physical oceanographers, coastal engineers and Marine geologists.
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