1) atmospheric water
大气水
1.
The study on "four waters" of surface water, groundwater, hygroscopic water and atmospheric water conversion for emergency delivery can provide basis for evaluating hydrological and ecological effects and selecting an appropriate delivery plan.
开展应急输水的地表水、地下水、土壤水与大气水的四水转化研究,可以为评价输水的水文效应、生态效应及选择适当的输水方案提供依据。
2.
It is of great significance to quantify water exchange through interface between groundwater, soil moisture or atmospheric water.
地下水－土壤水－大气水界面水分转化的研究有着重要意义。
3.
The atmospheric water samples were periodically collected and monitored in the suburb of Chengdu,the concentration of Cu,Pb,Fe,Mn,Zn,Cd,Hg,As,Cr in the atmospheric water were analyzed with flame atomic absorption spectrometry(FAAS)and atomic fluorescence spectrometry(AFS)methods.
通过对成都市城乡结合部的大气水进行定点周期性采集和监测,并采用火焰原子吸收光谱法和原子荧光光度法测定样品中表征大气水样受污染程度的重金属含量,包括Cu、Pb、Fe、Mn、Zn、Cd、Hg、As、Cr等9种重金属元素。
2) Meteoric Water
大气水
1.
Geochemical Evidence of Influence upon the Reservoir of Buried Hill by Meteoric Water in the Regions of Zhuangxi and Chengdao;
桩西、埕岛地区古潜山储层受大气水影响的地球化学证据
2.
Mechanism of formation of secondary porosity in sandstones includes: (1)dissolution of sediment by the meteoric water; (2)contribution of CO2 produced by thermal evolution of orga.
砂岩次生孔隙的形成机制包括有:①大气水的注入产生的孔隙;②有机质热演化产生的CO2对孔隙形成具有一定的贡献;③有机酸作为产生地下孔隙的流体介质;④硅酸盐的水解作用;⑤冷却地层水对碳酸盐矿物的溶解形成孔隙等。
3.
The interaction of meteoric water-sandstone is an important part of the research of the basin fluid.
大气水－砂岩的相互作用是盆地流体研究的重要内容。
3) atmospheric water vapour
大气水蒸气
4) atmospheric precipitation
大气降水
1.
Kuitun environmental monitoring station monitored acid rain in 2002 for mastering atmospheric precipitation status and major contamination of Kuitun city.
为了解奎屯市大气降水状况及主要污染物,奎屯市监测站于2002年对大气降水进行了为期一年的酸雨监测。
2.
Through statistical analysis on dada of atmospheric precipitation samples of 8 cities from 1992 to 1997,this paper deliberated on temporal and spatial variation of pH of atmospheric precipitation in Jinlin province,China.
通过对吉林省８ 个代表城市１９９２ － １９９７ 年大气降水观测数据的统计分析，对大气降水ｐＨ 值的时空分异进行了探讨。
3.
The water source is regarded as atmospheric precipitation,and the heat source is regarded as that the groundwater is heated by itself deep circulation.
认为其水源为大气降水,热源为深循环加热,热储温度96℃,环流深度3 000~4 000 m。
5) meteoric water
大气降水
1.
Components of fluid is similar with meteoric water.
马家窑金矿床是胶东地区比较典型的石英脉型金矿床代表,属中低温热液矿床,成矿流体盐度较低,气相成分以H2O,CO2为主,其次是Na+,Ca+和Cl-,K+和F-较贫,流体的成分与大气降水热液相类似。
2.
Metallogenetic epoch was late Yanshanian and fluid derived from meteoric water.
成矿流体来源主要为大气降水。
3.
It is concluded that Zjinshan deposit formed mainly by the convective circulation of meteoric water.
认为该矿床主要由大气降水的环流形成。
6) Precipitation
[英][prɪ,sɪpɪ'teɪʃn] [美][prɪ'sɪpə'teʃən]
大气降水
1.
Analysis on the Origin and Characteristics of Chemical Composition of Precipitation in Jinhua;
金华市大气降水的化学组成特征及来源解析
2.
Establishment of Chinese Network of Isotopes in Precipitation (CHNIP) Based on CERN;
基于CERN的中国大气降水同位素观测网络
3.
A study on hydrogen and oxygen isotopes composition of precipitation in Xiamen;
厦门大气降水的氢氧同位素研究
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