1.
Water Transport through Interface between Land and Atmosphere in Dry Season on Red Soil Slopes;
红壤坡地干旱季节地表/大气界面水分传输
2.
The waters of the earth's surface as distinguished from those of the lithosphere and the atmosphere.
水界地球表面的水，与陆界和大气层相区别
3.
24 kilometers above the earth.
离地球表面24千米的大气层中。
4.
We will start with a cubic inch of hydrogen at atmosphere pressure( or the air pressure at the earth's surface).
我们从大气压力（地球表面的空气压力）的一立方英寸氢气开始。
5.
Land Surface Temperature and Atmospheric Phofile Parameters Retrieval Based on Perturbation Form of Atmospheric Radiative Transfer Equation;
基于扰动的大气辐射传输方程综合反演地表温度与大气剖面参数
6.
Numerical Simulation Research of the Atmospheric Boundary Layer Characteristics over Water-Land Heterogeneous Underlying Surface in Baiyangdian;
白洋淀地区水陆非均匀下垫面上大气边界层特征的数值模拟研究
7.
Changing characteristics of CO_2 flux from the interface of soil-atmosphere at arid area in north temperate
北温带干旱地区土壤-大气界面CO_2通量的变化特征
8.
The Microcosmic Properties of East Asian Aerosols and Influences of Surface Heterogeneous Reaction;
东亚地区大气气溶胶的微观特性及表面化学反应对其影响
9.
A mass of fine droplets of water in the atmosphere near or in contact with the earth.
细雨接近地球或地球表面大气里悬浮的微粒状水滴团
10.
Adsorption Kinetics of Surfactant at Air/Solution Interface
表面活性剂在气/液界面上的吸附动力学
11.
Self-assembly of Gemini Surfactants at Air/water Interface;
Gemini表面活性剂在气/液界面的吸附与铺展
12.
Influence Mechanism of Surfactant on Behavior of Naphthalene in Air-water Interface;
表面活性剂对萘在气/液界面行为的影响机制
13.
Investigation on Dynamic Surface Tension of Aqueous TTAB Molecules at Air/Water Interface;
气-液界面上TTAB水溶液动态表面张力的研究
14.
An atmospheric area about80 kilometers(50 miles) above the earth's surface, forming the upper boundary of the mesosphere.
中间层离地球表面约80公里（即50英里）的空气地带，形成中间层的上边界
15.
CO_2 Flux across Water-air Interface in Zhalong Wetlands in Spring
扎龙湿地5月份水—气界面CO_2通量
16.
Commission on Space Studies of the Earth's Surface, Meteorology and Climate
地球表面、气象与气候空间研究委员会
17.
The interface between air masses of different temperatures or densities.
锋面不同温度、密度的两大气团交界处
18.
We can loosely think of the solar surface as a rapidly thinning atomosphere.
我们可以粗略地认为太阳表面是一层减薄得很快的大气。