作者用聚类分析法划分浅海水团，目的在于克服大洋水团分析法进行分析所遇到的一些困难，它在根据不同海区特点确定临界值与检验值时有较大的灵活性。
The cluster analysis method to determine the water-masses in the shallow water area can overcome some difficulties which are met in using analysis method of the oceanic water-masses.
通过变性水团的分析，作者认为，在该海区水团的变性中，热力因素起着主要作用。
Through the analysis of modified water-masses, we believe that the thermodynamic factors play a major part in the modifieaion of water-masses in this area.
本文利用NOAA卫星图像处理结果与同期水文观测资料，对东海表层水团的分布和转移特征作了初步分析。
The features of distribution and transformation of the East China Sea surface water mass are analyzed by using NOAA satellite images and simultaneous hydrographic data.
本文首先回顾了研究海洋水团的T—S关系分析方法、T—S曲线解析理论分析方法和模糊数学分析方法。
Firstly, there is a review in this paper about some analyzing methods of T-S relationship, the analytical theories of T-S curves and fuzzy sets of studying water masses.
同时，简要地分析了各水团的分布与特征。
Meanwhile, the distribution and characteristic of water masses are analysed briefly.
应用Argo剖面浮标观测的温、盐度资料，分析了西北太平洋海域冬、夏季的温、盐度分布、水团结构及其分布。
The temperature and salinity profiles of the ARGO floats in the warm pool of the northwestern Pacific were analyzed.
温盐点聚对照法是根据温盐点聚图而确定变性水团边界的一种分析方法。
The TS-comparison method is an analytic one based upon TS-diagram for determining the boundary of modified water masses.
针对庞大复杂的海洋数据流场，利用三维标量场的拓扑分析方法，对海洋目标水团进行提取，达到特征可视化的目的。
This paper introduces a topological simplification of 3d scalar fields for extracting water mass, and realizes the feature-based visualization.
结合水文资料和其他层次的浮游植物资料进行对比分析，结果表明，红海束毛藻的分布与黑潮水的入侵存在一定关系，其分布受水团和海流的影响。
The results showed that the distribution of Trichodesmium erythraeum had relationship with the infall of Kuroshio current, and its distribution was affected by water mass and ocean current.
结合水文资料和其他层次的浮游植物资料进行对比分析，结果表明，红海束毛藻的分布与黑潮水的入侵存在一定关系，其分布受水团和海流的影响。
The results showed that the distribution of Trichodesmium erythraeum had relationship with the infall of Kuroshio current, and its distribution was affected by water mass and ocean current.
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