1) water vapor
大气水汽
1.
Study on Atmospheric Water Vapor Retrieved from Satellite Remote Sensing Data;
卫星遥感反演大气水汽含量的研究
2.
Based on simulation of atmospheric transmittance of Hyperion data,943nm and 953nm are sensitive to dry and humid condition respectively,and are suitable channels to retrieve water vapor(WV).
提出针对Hyperion数据DCIBR方法反演大气总水汽含量,可以推广到环境与灾害监测预报小卫星星座超光谱数据的大气水汽反演。
2) atmospheric water vapor
大气水汽
1.
The paper takes Shandong Province\'s forest resources as the object of study,and studies on the correlation of atmospheric water vapor and forest by using MODIS date、forest resource distribution map of Shandong.
以山东省森林为研究对象,利用MODIS的大气水汽产品、山东森林分布图等对大气水汽与森林植被的关系进行了研究,结果表明:水汽的变化很快,有明显的运动、传输过程;水汽含量的分布与当时的风速、风向、天气状况、地形等有着密切的联系;下午各地水汽含量差异不明显,夜间各地水汽含量比白天低;林区分布的对大气水汽含量的日变化影响不显著,下午森林对大气水汽的调节作用比较强。
2.
Taking Jingdezhen City of Jiangxi Province as an example,a new method for regression analysis of the air pollution index(API) was put forward using the meteorological data and the atmospheric water vapor retrieved by the MODIS near-IR water vapor algorithm.
以江西省景德镇地区为研究区域,通过MODIS近红外大气反演大气水汽算法,提出了MODIS反演大气水汽含量联合气象数据对API进行回归分析的方法。
3) atmospheric moisture sink
大气水汽汇
1.
NCEP/NCAR reanalysis data from 1958 to 2004 were employed to study the characteristics of temporal and spatial variations of atmospheric moisture sink during summer in South China.
用1958~2004年NCEP/NCAR再分析资料,分析华南夏季大尺度大气水汽汇的时空变化特征。
2.
The spatial and temporal variations of large-scale atmospheric moisture sinks over southern China in spring during 1958-2004 are studied based on the NCEP/NCAR reanalysis data.
用1958-2004年NCEP/NCAR再分析资料分析了中国南方春季大尺度大气水汽汇的时空变化特征。
4) atmospheric water vapor
大气水汽量
5) 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。
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：青海瓦里关大气基准观象台的大气二氧化碳监测系统
青海瓦里关大气基准观象台的大气二氧化碳监测系统
青海瓦里关大气基准观象台的大气二氧化碳监测系统 温玉璞摄
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