1) Upper troposphere
对流层高层
2) tropopause height
对流层顶高度
1.
The influence of greenhouse effect on the height of the tropopause were explored for the years between 1948 and 2004,and mainly the correlations between the tropospheric temperature,the temperature of lower part of stratosphere and the change of the tropopause height were analyzed.
研究了1948～2004年东亚增暖背景下对流层顶高度的演变特征,重点分析对流层温度、平流层中下部温度与对流层顶高度变化之间的关系。
3) upper tropospheric perturbation
对流层高层位涡扰动
1.
The effect of upper tropospheric perturbation PV on the development of the South-West Meso-cyclogenesis is discussed on Hoskins PV Principle in terms of conservation of PV on isobaric surface and humid isentropic PV.
基于Hoskins位涡理论思想从等压面位涡守恒和湿等熵位涡守恒的角度来研究对流层高层位涡扰动对低层西南涡的发生发展影响 ,发现对流层高层位涡扰动是影响西南涡发生发展的重要因素 ,它对西南涡的影响表现出它有向南向下倾斜伸展的特点 。
4) laminar convection
层流对流
5) tropospheric layer
对流层分层
6) troposphere
[英]['trɔpəsfiə] [美]['trɑpə,sfɪr]
对流层
1.
Photochemical progresses and influencing factors in the troposphere related with acid rain;
与酸雨相关的对流层光化学过程及其影响因素
2.
Attenuation Prediction for 1.06 μm laser propagation in the troposphere;
1.06μm激光在对流层传输中的衰减预测
3.
Computer Simulation of DGPS Troposphere Pseudo-Range Remaining Error;
差分GPS的对流层伪距残差的计算机模拟
补充资料：高层住宅（大于等于10层）比例
高层住宅总建筑面积与住宅总建筑面积的比率（%）。
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