1.
A Comparative Study of the Three Land Surface Models in Simulating the Soil Moisture Profile
三类陆面模式模拟土壤湿度廓线的对比研究
2.
Approach to High Spectral Resolution Infrared Remote Sensing of Atmospheric Temperature and Humidity Profiles;
高光谱分辨率红外遥感大气温湿度廓线反演方法研究
3.
Construct Atmospheric Humidity Vertical Profile with High Spatial and Time Resolution by High Resolution Mesoscale Numerical Model and Ground-based GPS Data;
利用高分辨率中尺度模式和地基GPS资料构造高时空分辨率的大气湿度廓线
4.
Characteristics of temperature, humidity and wind velocity profiles in the surface layer in sunshiny day in spring in the Taklimakan Desert hinterland;
塔中春季晴天近地层温度、湿度和风速廓线特征
5.
verticql temperature profile radiometer
温度铅直廓线辐射仪
6.
ITPR (Infrared Temperature Profile Riometer )
红外温度廓线辐射计
7.
Retrieval of Atmospheric Temperature and Humidity Profiles from NOAA/ATOVS and Data Assimilating Experiments in Meteorological Mesoscale Model;
NOAA卫星ATOVS资料反演大气温、湿廓线及其在中尺度气象模式中的同化试验
8.
Study on Measure for Steam Cylinder Shim Block of Positional Tolerance and Wire Profile Tolerance
汽缸垫片位置度与线轮廓度测量研究
9.
The most common division of the atmosphere has been by its temperature profile.
大气最通常的划分是用它的温度廓线。
10.
STUDY ON PROFILE MODIFICATION OF ROLLER GEAR CAM MECHANISMS
弧面分度凸轮机构凸轮廓线修形研究
11.
Cubic NURBS expression for contour curves of parallel indexing cam
平行分度凸轮轮廓曲线的三次NURBS表示
12.
The Study on the Algorithm of Retrieving the Temperature and Moisture Profile from Satellite Infrared Measurements;
利用卫星红外辐射资料反演大气温湿廓线的算法研究
13.
The Observational Study on Wind Speed, Temperature and Humidity Profiles in the Surface Layer in Taklimakan Desert Hinterland;
塔克拉玛干沙漠腹地近地层风温湿廓线观测研究
14.
IMPACT ASSESSMENT OF ADDITIONAL PREDICTORS TO THE RETRIEVAL OF ATMOSPHERIC PROFILES FROM INFRARED RADIANCES
附加影响因子对红外遥感资料反演大气温湿廓线的辅助作用
15.
The Influence of Surface Temperature on the Retrieval of Clear-sky Air Temperature Vertical Profile
地表温度对反演晴空大气温度垂直廓线的影响
16.
For a number of the more important species, relative concentration profiles are shown in Fig.
若干比较重要的物质的相对浓度廓线示于图中。
17.
During unsaturated growth, the width of the spectral profile will decrease.
在非饱和增长期间，谱线轮廓的宽度将减
18.
An adaptive evaluation method of profile error of scroll wrap
一种自适应的涡旋型线轮廓度误差评定方法