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- atmospheric total water vapor 水汽总含量
- Then, the remote sensing data of EOS-MODIS are used to revert the total water vapor content. 同时选取EOS-MODIS遥感资料近红外波段,反演整层大气水汽含量。
- Rust is the product of a slow combination of iron with atmospheric oxygen and water vapor. 锈是铁和空气中的氧和水蒸汽缓慢结合的产物。
- The main characteristics of the vertically integrated fields of mean zonal and mean meridional eddy fluxes are analyzed and corresponding contributions for the total water vapor fluxes are discussed 分析了垂直积分涡旋通量场和它的纬、经向分量场的主要特征,以及纬、经向涡旋通量在水汽总输送中的贡献。
- Supersaturation of Water Vapor in Clouds. 云中水汽的过报和。
- Water vapor on the window pane blocks my sight. 窗子上的蒸汽挡住了我的视线。
- Clouds are formations of condensed water vapor. 云是水汽凝聚而成。
- Water vapor is water in the form of a gas. 水蒸气是气态的水。
- Water vapor is the gas state of liquid water. 水汽是液体水的气态形式。
- The main factors affecting the accuracy of the HY-1 satellite SST are the atmospheric water vapor absorption and cloud cover. 影响HY-1卫星海温反演精度的主要因素为大气中的水汽吸收和云覆盖。
- In order to verify the reliability of MODIS atmospheric precipitable water vapor, we used the NCEP atmospheric water vapor data. 为了验证MODIS大气可降水量资料的可靠程度,本文利用NCEP的大气可降水量资料对其进行了检验。
- Water vapor is a normal constituent of the atmosphere. 水蒸气是大气的正常组成部分。
- Spectral data of water vapor molecules have been widely used in the fields of aerospace science, atmospheric science, astrophysics, thermal energy and power engineering. 水蒸气分子光谱数据在航天科学、大气科学、天体物理以及热能动力工程中有着广泛的应用。
- Of the total water resources, 97.5 percent is salt water, not drinking. 在全部水资源中,97.5%25是咸水,无法饮用。
- Human-caused increases in atmospheric methane, which oxidizes into carbon dioxide and water vapor, could be providing more water for ice in the stratosphere. 人为增加大气中的甲烷,其氧化为二氧化碳和水汽后,能为平流层的冰提供更多的水份。
- Polyethylene is an excellent barrier to water vapor. 聚乙烯保水蒸汽的性能良好。
- Warm air can contain more water vapor than cold air. 热空气要较冷空气容纳更多的水蒸汽。
- Being ext remely light , water vapor often riseshigh in the sky. 由于水蒸气较轻,所以常常升入高空。
- In the infrared, the absorption is due mainly to water vapor. 在红外线区,吸收主要是因为水气的缘故。
- In 2001, the total water supply in urban areas is 46.6 billion m3, 300 million m3 less than the previous year. 2001年,城市供水总量为466亿立方米,比上年减少3亿立方米;