1) oceanographic model
海洋学模式
2) ocean model
海洋模式
1.
A 3D baroclinc ocean model is used to model the ocean current around the Kuroshio area on the condition of successively anomalous East Asia winter monsoon,some significant results are obtained,and the influence of strong(weak) winter monsoon on sea surface height(SSH),sea surface temperature(SST) and sea current around the Kuroshio area is analyzed preliminarily.
运用一个三维斜压海洋模式对冬季风风场持续异常时期的黑潮区海洋进行了模拟,初步分析了冬季风风场持续异常对黑潮区海面高度、海流和海温的影响。
2.
n improved two-layer nonlinear primitive equation ocean model is developed to study ocean response to tropical cyclone (TC).
建立一个改进的二层非线性原始方程海洋模式，研究海洋对热带气旋的响应。
3.
A high resolution quasi-global ocean model HYCOM(HYbrid Coordinate Ocean Model) is used to investigate the origin of the Equatorial Undercurrent(EUC) in the western tropical Pacific.
基于一个高分辨率准全球海洋模式HYCOM(HYbrid Coordinate Ocean Model),研究了热带西太平洋海域赤道潜流的起源。
3) intermediate ocean model
海洋模式
1.
This study presents a simulation of the sea surface temperature variability in the tropical Indian Ocean and an investigation of relative contributions of the surface wind stress forcing and the heat flux forcing to the upper ocean variability, with an intermediate ocean model (IOM) developed in Hawaii University.
利用一个中等复杂程度全球热带海洋模式模拟研究了表面强迫异常引起的热带印度洋海表温度(SST)变率。
4) POP ocean model
POP海洋模式
1.
In this paper, based on the global warming characteristics, an ideal numerical experiment plan is designed, and a Boussinesq POP ocean model and a modified non-Boussinesq POP ocean model are used to quantitatively discuss the errors of Boussinesq approximation in ocean models.
根据全球增暖的特点,设计了一个理想的数值试验方案,用BoussinesqPOP海洋模式和改进的非BoussinesqPOP海洋模式定量讨论了Bousiinesq近似在海洋模式计算中的误差。
5) ocean circulation model
海洋环流模式
1.
A three-dimensional coastal ocean circulation model which depends on time and space has been described in spherical coordinate system.
本文描述球坐标系下的一个三维的依赖于时间和空间的近岸海洋环流模式,为了便利地求解具有复杂海底地形的近岸海洋环流模式,引入一套新坐标———η-坐标,目的是将原坐标系下的环流模式转化到新坐标系下,从而得到较原模式易于求得更精确解的η-坐标模式。
6) oceanic general circulation model
海洋环流模式
1.
Sensitivity experiments of response of oceanic general circulation model to wind stress;
一个海洋环流模式对风应力响应的敏感性试验
2.
The development of the global oceanic general circulation models, as well as their applica-tions in the globally coupled climate models and the modeling studies of climate in the State Key Labora-tory of Numerical Modeling for Atmospheric Sciences and Geophysical Fluid Dynamics (LASG) , Institu-te of Atmospheric Physics (IAP) during the last decade are sumrnarized.
概述近10年来中国科学院大气物理研究所大气科学和地球流体动力学数值模拟国家重点实验室全球海洋环流模式的发展及其在全球海气耦合模式的发展和气候模拟方面的应用。
3.
Sensitivity experiments are done to evaluate the response of tropical Pacific to the wind stress in an Oceanic General Circulation Model.
为了检验一个准全球的海洋环流模式中热带太平洋对风应力变化的响应,使用NCEP月平均再分析资料计算的强迫场强迫该模式进行控制试验,在(10。
补充资料：海洋学
研究海水的性质、海浪和潮汐等现象以及海水与海中生物关系的学科。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条