温度平流,Temperature advection英语短句,例句大全

温度平流,Temperature advection
1)Temperature advection温度平流
1.A gale process accompanied by severe cold air in offshore of Jiangsu Province was analyzed in this paper and the relationships of wind field with evolution characteristics of surface allobaric field and allobaric field and its gradient that were increased by the cold temperature advection resulted in the gale offshore of Jiangsu.对一次强冷空气伴随的近海大风天气进行了分析,研究了强冷空气影响过程中地面变压场和高空各层温度平流场的演变特征及其与地面风场之间的关系,在此基础上对强冷空气引发江苏近海强风形成与发展的物理过程进行了探讨,研究表明:温度平流与地面风场之间是通过变压场相互关联和促进的,强冷空气所伴随的冷平流增强了地面变压场及变压梯度,是导致江苏近海大风出现的重要原因。
2.By analyzing the data of wind profile radar, we can calculate the size of the temperature advection, which can be used as an important indicator in short-time weather forecasts.通过风廓线雷达数据计算垂直方向温度平流发现,在对流发展时,温度平流垂直廓线有明显的变化,对雷暴大风等强对流天气的预报有一定参考意义。
2)thermal advection温度平流
1.The results show that the intense thermal advection, vorticity advection, and latent heat release are the main factors contributing to the explosive development of cyclones.认为强的温度平流、涡度平流、位涡平流和凝结潜热释放是使气旋爆发性发展的主要因子,爆发性气旋发展过程是一特殊的斜压过程,存在着某种自我激发的机制。
3)Smoothing temperature流平温度
4)stratospheric temperature平流层温度

英文短句/例句

1.A Comparison between Two Kinds of Reanalysis Data in the Stratospheric Temperature;两种再分析资料平流层温度场的比较
2.The altitude of maximum temperature is called the stratopause.极大值温度的高度称为平流层顶。
3.Atmospheric Density and Temperature Measurement with Lidar in the Middle and Upper Stratosphere激光雷达探测平流层中上部大气密度和温度
4.As the rise of the height, how does the temperature of troposphere and stratosphere flow change respectively?随高度的上升，对流层和平流层的气温分别是怎样变化的？
5.Impacts of the Stratospheric Sudden Warming on the Stratospheric Circulation and Chemical Tracers平流层爆发性增温中平流层环流及化学成分变化过程研究
6.Study on Thickness of Velocity, Temperature and Pollutants Concentration Boundary Layers of Jet射流速度、温度及浓度边界层厚度的研究
7.Coal is heated to successively higher temperatures in fluidized beds.煤在流化床中逐层加热到更高的温度。
8.Fuzzy Control for Bed Temperature Control System of Circulateion Fluidized-Bed Boilers循环流化床锅炉床层温度的模糊控制
9.The results show that vorticity advection, thermal advection and latent heat release made great contribution to the development of the depression.中低层的温度平流、降水凝结释放潜热维持上升运动，是低压进一步发展的有利条件。
10.Boundary analysis of fluid's forced laminar flow over an isothermal plate in a porous medium流体层流横掠多孔介质中等温平板的边界层分析
11.Dynamical Diagnoses and Analyses of the Northern Hemisphere Stratospheric Sudden Warming in Winter;北半球冬季平流层爆发性增温的动力诊断分析
12.A Dynamical Diagnosis of Stratospheric Sudden Warming in 2003-2004 Winter2003～2004年冬季平流层爆发性增温动力诊断分析
13.The Vertical Distribution Characteristics of Ozone during Stratospheric Sudden Warming平流层爆发性增温过程中臭氧的垂直分布特征
14.Groundwater Age and Recharge Temperature in the Quantenary Aquifers in North China Plain;华北平原第四系含水层地下水年龄与补给温度
15.Influence of oxidation temperature on microstructure and properties of unbalanced magnetron sputtered TiN coatings热氧化温度对非平衡磁控溅射TiN镀层的影响
16.Research on the Fuzzy Control for Bed Temperature Control System of Circulated Fluidized Bed Boiler循环流化床锅炉床层温度的模糊控制研究
17.The Behavior of Fine Particles in the Flow and Temperature Boundary Layer;细颗粒在流动与温度边界层中的运动规律研究
18.Analysis of the temperature boundary-layer of unsteady natural convection in a solar chimney太阳能烟囱内非稳态自然对流温度边界层分析

相关短句/例句

thermal advection温度平流
1.The results show that the intense thermal advection, vorticity advection, and latent heat release are the main factors contributing to the explosive development of cyclones.认为强的温度平流、涡度平流、位涡平流和凝结潜热释放是使气旋爆发性发展的主要因子,爆发性气旋发展过程是一特殊的斜压过程,存在着某种自我激发的机制。
3)Smoothing temperature流平温度
4)stratospheric temperature平流层温度
5)horizontal temperature advection水平温度平流
1.The data of wind fields and temperature fields from ERA40 and low cloud amount from ISCCP in July,2001 is used to analyze the relationship between cloud amount(hereafter,CA) and horizontal temperature advection(hereafter,HTA)at grid points in global typical low cloud regions(hereafter,GTLCRs)with conditional probability method(cloud frequency) and the daily evolution method.选取欧洲中心40年再分析资料(ERA40)中2001年7月的775 hPa和925 hPa等压面上的风场和温度场资料与ISCCP同时段的低云资料,利用条件概率方法(云频数)和逐日演变的动态方法分析全球典型低云区单点的云量与水平温度平流的关系。
6)vorticity and temperature advection涡度与温度平流