1.
Available surface water resources and potential of water development in the Altun mountains and the Qiangtang Plateau;
阿尔金山羌塘高原区域地表水可利用量及开发潜力分析
2.
Impact Analysis of Temporal and Spatial Distribution Characteristics of Surface Water on Its Available Volume
地表水时空分布特性对可利用量影响分析
3.
The analysis of water resources present situation and availability in Hetian Region
和田地区水资源现状及可利用量分析
4.
Points out that a plenty of freezing heat exist in urban sewage and surface waters close to the freezing point in winter.
指出在冬季寒冷地区接近0℃的地表水以及城市污水中，存在着大量可供利用的凝固潜热。
5.
Estimated Total Precipitation Water by Ground Water Vapor Pressure
利用地面水汽压估算整层大气可降水量
6.
Calculation Methods and Application on Surface Water Environmental Capacity in Small River Basin;
小流域地表水环境容量计算方法与利用研究
7.
Atmospheric Precipitable Water Amount Retrieval and Its Preliminary Study UsingGround-based GPS Data;
利用地基GPS资料反演大气可降水量的初步研究
8.
Establishment of Local Precipitable Water Vapor Based on GPS Observation
利用GPS测量建立区域可降水量模型
9.
Yields and Nitrogen Uptake of Direct-Seeding Rice Cultivated in Aerobic Soil with or without Mulching;
不同地表覆盖直播旱作水稻的产量和氮素吸收利用特征
10.
Practice shows that the successfulness rate of resistivity method in water exploration of this desert area is higher than70%.
实践表明，利用电阻率法在该地区找水的成功率可达70％上。
11.
Reducing Wastewater Flow of Water Body by Constructed Wetlands
利用人工湿地减少排入水体的污水量
12.
Quantitative Analysis and Sustainable Utilization of Land in Hollow Villages of Hengshui City in Hebei Province;
河北省衡水市“空心村”土地量化分析和可持续利用研究
13.
Study on Available Water Resources in Arid Inland Region of Northwest;
西北内陆干旱区水资源可利用量研究
14.
Calculation results show that by the heat pump technology, the freezing heat can be used economically and practicably, and therefore be taken as a low temperature heating source for buildings.
计算结果表明，热泵可以在经济、可行的前提下大量利用冷水凝固热，作为建筑的低温供暖热源。
15.
Retrieval of Bare Soil Moisture Using AMSR-E Data;
利用AMSR-E数据反演裸露地表土壤水分
16.
The biomas dynamics and water use of Astragalus adsurgens grassland on the semiarid loess plateau
沙打旺草地产量动态及水分利用研究
17.
The Study on Remote Sensing of Atmospheric Water Vapor Based on Ground GPS;
利用地基GPS遥感大气水汽含量的研究
18.
Study on Ecological Compensation Mechanism of Large-scale Use of Groundwater
大量利用地下水的生态补偿机制研究