1) water vapor path
气柱水汽量
1.
The paper uses TRMM/TMI data to quantitatively analyze the relationship between precipitation(P) and water vapor path(W),Latent Heat(LH) of tropic cyclones over the Northwest Pacific Ocean.
结果发现,日平均降水率与气柱水汽量之间存在着很好的双对数关系,对流层中高层(3。
2) atmospheric column water vapor
大气柱水汽总量
1.
Based on the solar radiation observations from CE-318 sun-photometer s 936 nm channel and the relation of water vapor amount and transmissivity,the instantaneous technique is used to retrieve the atmospheric column water vapor amount on the west coast of the Bohai sea gulf.
利用CE-318型太阳光度计936 nm水汽吸收通道的太阳辐射观测值和太阳光度计在该通道的透过率与水汽量关系,采用瞬态法反演了渤海湾西岸大气柱水汽总量。
3) column water vapor
气柱水汽含量
4) atmospheric water vapor
大气水汽量
5) air column precipitable water
气柱可降水量
1.
In this paper,the multiyear feature and their monthly,seasonal,yearly and interdecadal changes for the air column precipitable water(hereafter PW) over Longitudinal Range-Gorge Region and its surroundings have been analyzed,utilizing the NCEP s monthly mean specific humidity,wind velocity and potential height reanalyzed grid data and the observed rainfall data.
利用NCEP/NCAR 1948~2002年月平均比湿、风场以及高度场等再分析资料,对纵向岭谷及周围地区的多年平均气柱可降水量及其月、季节变化以及年际和年代际变化特征进行了分析。
6) atmospheric water vapor
大气水汽含量
1.
Study on the atmospheric water vapor from MODIS image;
利用MODIS影像反演大气水汽含量的方法研究
补充资料：量气
1.气量。
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