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1)  soil depth with constant temperature(DCT)
恒温层深度
2)  depth of thermocline
温跃层深度
1.
Cores DOC024,retrieved from the northern Okinawa Trough in the East China Sea,are used to reconstruct the upwelling evolution over the last 7 300 years based on a multi-proxy approach including the combination of planktonic foraminifer fauna,Neogloboquadrina dutertrei δ18O,sea surface temperature(SST)and depth of thermocline.
对取自冲绳海槽北部的DOC024岩心进行了浮游有孔虫氧同位素和统计分析,依据浮游有孔虫群落组合和Neogloboquadrina dutertreiδ18O的记录以及表层海水温度、温跃层深度的变化揭示了近7300aBP以来日本九州西南海区上升流的演化过程。
2.
Our results indicate that winter SST varied over ~5℃ in the glacial-interglacial cycles and the depth of thermocline(DOT) has shoaled gradually since 1.
6 Ma以来冰期旋回中赤道西太平洋的表层海水温度和温跃层深度的变化,为研究西太平洋暖池的变动提供了重要依据。
3.
Glacial-interglacial fluctuations and long-term changes in carbonate dissolution and preservation, sea surface temperature (SST), depth of thermocline (DOT), paleoproductivity and predominant PF species as responding to the East Asian paleo.
11′E,水深2,772米)997个样品中浮游有孔虫群的研究,揭示了210万年来南海南部高分辨率(约2千年)的古海洋学变化历史,展示了碳酸盐溶解与保存、海水表层温度、温跃层深度、古生产力以及浮游有孔虫主要属种在冰期-间冰期和长时间尺度上的变化,以及对东亚季风和热带气候演化的响应。
3)  thermocline depth
温跃层深度
1.
The relationship between the thermocline depth of tropical ocean and the intensity of the South China Sea summer monsoon;
热带海洋温跃层深度与南海夏季风强度关系探讨
2.
Affected by the South China Sea(SCS) monsoon and complex topography,the circulation field in the SCS has complicated spatial structure and obvious seasonal variations,and the meso-scale eddies frequently occurred in the sea area,so these features inevitably affect the horizontal distributions and seasonal variations of the thermocline depth in the SCS.
受南海季风和复杂地形的影响,南海环流场具有复杂的空间结构和明显的季节变化,同时此海域又是中尺度涡多发海域,这些特征必然对南海温跃层深度的水平分布及季节变化有显著影响。
4)  mixed layer thickness of temperature
温度混合层深度
5)  temperature depth profile
温度深度层次图
6)  constant temperature
恒温温度
1.
On the basis of experiments and analysing the effects of the constant temperature and curing time on the strength of fly-ash, the best curing temperature and time are obtained.
在实验的基础上通过对恒温温度及养护时间对粉煤灰强度影响的分析,得出粉煤灰制品的最佳养护温度和时间。
2.
Based on analyzing the obtained data,the influences of selecting constant temperature (℃)and acting time(hour)on the research results,are discussed.
在分析试验数据的基础上,探讨了试验中对恒温温度(℃)和恒温时间(小时)的选择对研究结果的影响。
3.
The behavior of circular stub columns of concretefilled steel tubes with circular sections after high constant temperature subjected to axial load was investigated experimentally and the relation of the loadstrainh was mainly researched into.
重点研究了载荷 应变的变化规律,在分析试验数据的基础上,探讨了试验中恒温温度t和恒温时间h的选择对试验结果的影响。
补充资料:恒温层
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性质:又称粒面层或恒温层。是真皮的上层,即从真皮的表面到毛囊及汗腺底部的这一层。其表面与表皮的下层相互啮合,表皮除去后,该层表面呈现乳突状,故称乳头层。制革时,乳头层又称粒面层,并因该层内含有能调节动物体温的汗腺、脂腺及竖毛肌等组织,故亦称恒温层。乳头层占真皮的厚度比例因动物种类及皮的部位而不同。该层的胶原纤维束比位于其下的网状层要纤细,纤织交织角也较平缓,组织结构和物理机械强度也较网状层弱,制革时要保护乳头层以及这两层之间的联系,以免影响粒面美观和革的强度。

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