With the development of science and technology,the research and applied area of water resource including gaseous water has been widened constantly.
随着科技进步与经济发展,水资源包括气态水的研究与应用领域也不断拓宽。
The results indicated that under a certain depth in the unsaturated zone the pores were relatively closed, liquid water and gaseous water in the pores were in a dynamic equilibrium state, and the relative humidity approached or reached the saturated state.
试验结果表明,在包气带一定深度以下,孔隙相对封闭,孔隙内液态水与气态水处于动态平衡,相对湿度接近或达到饱和状态。
For unsaturated soil in semi-arid areas, water vapor transfer and liquid water transfer together result in water content changes in the soil.
在干旱半干旱地区 ,非饱和土体中的气态水迁移通常是比较显著的 ,综合考虑液态水和气态水两种迁移方式研究非饱和土体中的水分迁移问题 ,目前尚属疑难问题 。
Usually there is two forms of water transfer which is water vapor transfer and liquid water transfer in unsaturated soil.
非饱和土中水分迁移通常有液态水和气态水迁移两种形式。
By the discussion of airborne liquid water content and the balance equation between water vapor and liquid water,an advanced precipitable formula is set up.
通过对云中气载液态水含量以及水汽和气载液态水之间的平衡方程的讨论,建立了改进的可降水量Ia公式。
With the mumble of condensate gas reservoirs in abnormally high temperature and pressure increasing, the related study and the development of such condensate gas reservoirs indicated that the study and its application of condensate gas reservoirs with rich gaseous condensate water in abnormally high temperature and pressure have great influence on the developments of condensate gas reservoirs.
随着异常高温、高压凝析气藏不断出现，已开展的相关研究和国内外开发的异常高温、高压凝析气藏的生产实践表明富含气态凝析水的凝析气藏相态研究及其应用，对于凝析气藏的开发具有十分重要的意义。
Study of Water Vapor Transfer and Coupled Calculation of Vapor and Liquid Water in Unsaturated Soil;
非饱和土气态水迁移规律及其与液态水混合迁移的耦合计算
Study on pressure drop models of gas-liquid two-phase pipe flow in gas reservoir
产水气藏气液两相管流动态规律研究
It is well known that water can also exist as a gas or a solid.
众所周知，水可以气态或固态存在。
Despite the growth of manufacturing and other industries, the economy of the state of Texas has remained heavily dependence on oil and gas.
参考译文：水是唯一的一种在常温下有三态——固态，液态和气态的物质。
Measurement and Research of the Dynamic Pressure of the Gasbags during the Process of Ship Launching by Using Gasbag
船舶气囊下水过程中气囊动态压力测试与研究
100℃ is the critical temperature for water to change from liquid state to gas state.
一百摄氏度是水从液态转变为气态的临界温度。
NONSTEADY STATE MODEL OF GAS RESERVIOR AND HORIZONTAL WELL WELLBORE COUPLING
水平井井筒和气藏耦合的非稳态模型
Influence of Climate Change on Ecology and Agriculture After Xiaolangdi Reservoir Sluicing
小浪底水库蓄水后气候变化对生态、农业的影响
Application of Aerated Water-drawing Technology to Ecological Restoration of Polluted Water
曝气汲水技术用于污染水体生态修复的研究
ANALYSIS OF WATER INVASION PERFORMANCE AND WATER AQUIRFER TYPICALITY OF XUJIAHE 2 GAS RESERVOIR IN THE NORTH HORST FAULT OF QIONGXI STRUCTURE
邛西北断块须二气藏水体特征及水侵动态分析
The chemical composition of water remains constant whether it is in solid, liquid or gaseous state.
无论处于固态、态或气态，水的化学成份都保持不变。
Water has the same chemical composition, be it in solid, liquid or gaseous state .
水无论是固态、液态或气态，其化学组成都是相同的。
Hydrogen bonding between water molecules occurs not only in liquid Wa er but also in ice and in water vapor.
水分子间的氢键不仅存在于液态水中，也存在于冰和水蒸气中。
water in a vaporous form diffused in the atmosphere but below boiling temperature.
在沸点以下弥散在空气中的蒸汽状态的水。
THE FORMATION OF SUPER HIGH YIELD AND ITS ECO CLIMATIC CHARACTERISTICS IN RICE
超高产水稻产量形成的气候生态特点研究
The Study on Water-heat Characters and Eco-climate Identification of the Wetlands in Northeast China;
东北湿地水热特征及生态气候识别研究
Research on the Transient Aerodynamic Problem of HAWT and Software Integration;
水平轴风力机动态气动问题研究及软件开发
Study on Decomposition of Mixed Gaseous VOCs by Corona Discharge Combined with Water Absorption;
电晕放电结合水吸收降解混合气态VOCs的研究