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等温度线
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  “等温度线”译为未确定词的双语例句
     The formation of the maximum mixed layer depth in summer exhibits a process that the 28℃ isotherm line overlaps the bottom of the mixed layer, whereas the formation of the maximum mixed layer depth in winter is a process that the 28℃ warm water completely disappears and the isotherm lines intersect to the bottom of the mixed layer, and the seasonal thermocline is ventilated in the northern SCS.
     冬季最大混合层的形成是 2 8°C水体完全消失并且等温度线与混合层底达到相交最多、相交最为垂直的过程 ,这时对应着冬季南海北部温跃层的通风 ; 大于或等于 2 8°C的水体总是位于混合层以内
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  相似匹配句对
     T is temperature, ℃.
     T为温度,℃。
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     ONLINE
     在线
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     temperature at the column center =210 k;
     喷发柱中央线温度210k;
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     AUTOMATIC PLACEMENT SYSTEM BASED ON EQUIPOTENTIAL LINE
     基于线的自动布局系统
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     PROPORTIONAL LINE METHOD OF DELIMITATIONOF MARITIME
     海洋划界比率线方法
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Based on Levitus 94’ climatological temperature and salinity data, the temporal and spatial features of the mixed layer in the South China Sea (SCS) are derived, and the regular pattern of the mixed layer depth and temperature are analysed. Data analysis indicates that the monsoon has an obvious impact on the temporal and spatial features of the mixed layer in the SCS through the adjustment of the current field. The complicated effect of the wind includes not only influence on the mixed layer depth directly...

Based on Levitus 94’ climatological temperature and salinity data, the temporal and spatial features of the mixed layer in the South China Sea (SCS) are derived, and the regular pattern of the mixed layer depth and temperature are analysed. Data analysis indicates that the monsoon has an obvious impact on the temporal and spatial features of the mixed layer in the SCS through the adjustment of the current field. The complicated effect of the wind includes not only influence on the mixed layer depth directly through sea surface Ekman process, but also divergence or convergence forced by the large scale circulation, which would favorite or suspend development of the mixed layer depth. The relationship between the mixed layer depth and temperature over the SCS is revealed. The formation of the maximum mixed layer depth in summer exhibits a process that the 28℃ isotherm line overlaps the bottom of the mixed layer, whereas the formation of the maximum mixed layer depth in winter is a process that the 28℃ warm water completely disappears and the isotherm lines intersect to the bottom of the mixed layer, and the seasonal thermocline is ventilated in the northern SCS.

通过分析Levitus 1 994版气候平均温盐资料 ,得到南海混合层的时空分布特征 ,剖析了混合层深度及其内部温度的季节变化规律。资料分析表明 :季风通过流场调整对南海混合层的时空分布有着明显的影响。这种影响的复杂性在于它不但通过海洋表层Ekman效应来影响混合层深度 ,而且还通过大尺度环流造成的辐散或辐合来限制或促进混合层深度的发展。研究发现混合层深度与混合层内温度存在着如下关系 :夏季最大混合层的形成是 2 8°C等温线与混合层底达到相互贴合的过程 ;冬季最大混合层的形成是 2 8°C水体完全消失并且等温度线与混合层底达到相交最多、相交最为垂直的过程 ,这时对应着冬季南海北部温跃层的通风 ;大于或等于 2 8°C的水体总是位于混合层以内

In the frame of QGP kinetic theory, this paper studies the analytical expression of eigenmass of plasmon without considering quack mass, then shows the relation between it and temprature or potential. After considering quack mass, for example, the strange quack number should be considered when studing strange quack subtance, it calculates the value integration of the eigenmass of plasmon by giving vulues to temprature, potential and other quantities. Then it shows the numerical relation between the eigenmass...

In the frame of QGP kinetic theory, this paper studies the analytical expression of eigenmass of plasmon without considering quack mass, then shows the relation between it and temprature or potential. After considering quack mass, for example, the strange quack number should be considered when studing strange quack subtance, it calculates the value integration of the eigenmass of plasmon by giving vulues to temprature, potential and other quantities. Then it shows the numerical relation between the eigenmass and temprature or potential. In the end it analyzes the eigenmass of the quack and gluon respectively and compares the two circumstances between considering quack mass and not.

在QGP动力论框架下,既讨论了夸克质量等于零时,QGP中等离子激元的本征质量的解析表达式及其它对化学势和温度的依赖关系,又研究了夸克质量不等于零,如在讨论奇异夸克物质时,应考虑奇异夸克数s,通过对化学势,温度及相关量赋值,计算了QGP中等离子激元的本征质量的数值积分,作出了本征质量的等化学势,等温度线,分析了夸克和胶子对本征质量贡献的大小,并与夸克质量为零时的极端相对论情况作了比较.

 
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