大气水

n.atmospheric water

网络释义：meteoric water; water meteoric; atmosphere water

网络释义

n.1.atmospheric water2.meteoric water3.meteorological water4.telluric water1.atmospheric water2.meteoric water3.meteorological water4.telluric water

1.atmospheric water surface water， 地表水 atmospheric water， 大气水 runoff， 径流 ...

2.meteoric water Meteoric Iron 陨铁（铁陨石） Meteoric Water 大气水 Meteorite 陨石 ...

3.water meteoric ... a meteoric stone 陨石 water meteoric 天落 水, 大气水 a meteoric rise to fame 迅速出名 ...

4.atmosphere water atmosphere 大气圈 atmosphere water 大气水 Atterberg limits 阿太堡界限 ...

5.atmosphere moisture和成分 天然水一般可分为大气水,地表水和地下水. 大气水(atmosphere moisture)指以水蒸气,云,雨,雪及冰雹的形式存在的水. …

1.On Earth, it is the condensation of atmospheric water vapor into drops of water heavy enough to fall, often making it to the surface.在地球上，是大气水蒸气凝结成水滴的重量达到下，经常在表面。

2.It would be better if there were some way to see atmospheric water while it is still vapour, before raindrops form.如果我们能找到一些能在雨滴形成以前的蒸汽状态下就观察到大气水方法，情况会变的好一些。

3.The elements it cradles are in a dynamic equilibrium with the cycling composition of the atmosphere and water and biosphere.它抚育的各种元素，也是通过大气、水和生物圈所组成的循环达到了动态平衡。

4.Therefore, PAHs ubiquitously and widely distribute in the environment, so people could intake PAHs through the atmosphere, water and food.因此多环芳烃在环境中无所不在，分布十分广泛，人体可能通过大气、水、食品等途径摄入多环芳烃。

5.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。

6.The most common samples of inorganic materials are the gases of the atmosphere, water , rocks, etc.最常见的无机材料的实例是大气，水，岩石等。

7.The process of mining coal and its combustion is associated with extensive air, water and land degradation.煤炭开采及燃烧过程与大气、水的污染和土地退化密切相关。

8.Atmospheric hydrology is knowledge systems on researching exist, motion, change, effect and utilize of atmospheric water.大气水文学就是研究大气中水分的存在、运动、变化、作用和利用的知识体系。

9.Among them, leaching of meteoric water has contributed less to the formation of anomalously high porosity zones compared to other factors.其中大气水淋滤形成的次生孔隙对异常高孔隙的贡献较小。

10.Oxygen isotopes vary with the water cycle, and sulfur with bedrock, so they're location proxies.氧同位素会随着大气水循环而变化，硫同位素则根据地球岩床的不同而变化，通过它们我们就能确定地理位置。