1) water mass
水团
1.
Characteristics of water masses and its influence on mackerel scad fishery in the East China Sea in the summer;
夏季东海水团变动特征及对鲐鲹渔场的影响
2.
Seasonal characteristics in the water masses in Zhoushan fishing ground and adjacent region;
舟山渔场及其邻近海域水团的季节特征
3.
Water mass features in the upper part of section along 8°N in western tropical Pacific Ocean and their responses to El Nino and anti-El Nino;
热带西太平洋8°N 断面上部的水团特征及其对厄尔尼诺的响应
2) water masses
水团
1.
Analysis of water masses in the South China Sea in the summer of 1998;
1998年夏季南海水团分析
2.
The results show that the distribution of sea-floor sediments has a good relation with water masses, especially the middle and bottom water masses in the study area.
通过对黄、东海海域底质沉积物中的细粒级粘土矿物组合特征和全粒级碳酸盐含量分析、对比上覆水团和悬浮体资料，探讨研究区水团发育消长对底质沉积物分布的影响作用。
3.
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.
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。
3) hydrophilic group
亲水基团
1.
The effect of neutralization degree and hydrophilic group content on viscosity and morphology of emulsions was discussed, as well as the effect of hydrophilic group content on particle size.
用红外光谱对树脂结构进行了分析 ,讨论了亲水基团含量和中和度对乳液粘度和形态的影响以及亲水基团含量对乳液粒径的影响。
4) water clusters
水团簇
1.
Structural change of water clusters of distilled water induced by tourmaline was observed and rhodopseudomonas palustris was used to investigate the effects of tourmaline on the activity of dehydrogenase.
研究了电气石对液态水团簇和沼泽红假单胞菌脱氢酶活性的影响。
2.
The structural change of water clusters may play an important role in physiological processes of life.
研究了电气石对液态水团簇的影响,并以Caco-2细胞培养模型,探讨了电气石处理DMEM培养液对细胞生长和碱性磷酸酶活性的影响。
5) polluted water mass
污染水团
1.
Regularities of high-concentrated polluted water masses occurring in Dongping Lake;
东平湖区高浓度污染水团的发生规律监测研究
6) sewage mass
污水团
1.
Domestic sewage has replaced industrial pollution sources to become the main source of sewage mass.
根据东平湖汛期的水质监测数据和大汶河流域污染源统计资料分析表明 ,悬浮物和采沙业对东平湖污染影响最大 ,生活污水已取代工业污染源成为污水团的主要来源。
补充资料：水团
| 水团 water mass 源地和形成机制相近，具有相对均匀的物理性质、化学性质和生物特征，且有大体一致的变化趋势，而与周围海水存在明显差异的宏大水体。海洋中绝大多数的水团都是先在表层获得初始特征，然后逐步发展形成的。 在中纬度海区，沿铅直方向可将海洋分成表层、次表层、中层、深层和底层5个基本水层。每个基本水层在各大洋的不同海域，可再分成几个不同的水团。中纬度海域的表层水团具有很大的季节变化。次表层厚度一般为200～300米，其中的水团可分成中央水团、亚南极水团和亚北极水团3类。中层水团分布于次表层之下，深达1000～1500米的水层之内。深层水团位于中层水团之下至4000米深的范围内。大洋底层水团主要是在南极大陆架海区形成的南极底层水团散布的结果。在浅海区域，水团变性特别强烈。 |
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