1.
Research on the Hydrological-multi-meterage of Visualized Monitoring System;
可视化多参数水文动态监测系统研究
2.
On the Hydrological Regime of the Groundwater System in Bantian Minefield of Anxi County
安溪潘田矿区地下水系统水文动态分析
3.
Identification and simulation of river hydrologicaldynamic process of basin system : Evaluation of forestry hydrological effect;
流域系统水文动态过程的辨识和仿真:森林水文作用的评估
4.
Hydrological character of epikarst in Southwest China
我国西南岩溶区表层岩溶带的水文动态分析
5.
Research on the Hydrology Dynamic Changes of the Wulantaolegai Water Source Area in Wushen Banner of Inner Mongolia;
内蒙古乌审旗乌兰陶勒盖水源地水文动态变化研究
6.
Study on the Spatial Coupling Relation of Hydrological Dynamics with Landform and Vegetation in Jinchuan Peatland;
金川泥炭地水文动态与地形—植被的空间耦合关系研究
7.
Dynamic Response of Underwater Vertically Suspend Systems Connected to the Surface Ship
船舶水下垂直吊放系统动态响应(英文)
8.
Ecohydrological Functions of Sympodial Bamboo Shoot Stands and Its Dynamics of Soil Fertility;
丛生竹笋用林水文生态功能及其土壤肥力动态
9.
The Response of the Ecohydrological Process to Vegetation Dynamics in Typical Steppe;
典型草原区生态水文过程对植被动态的响应
10.
Study on the oriented liquid moisture transmitting property of sportswear fabrics
运动服装面料液态水单向传导性能的动态测试(英文)
11.
Research of SLA Level Attitude and Motivation under the Difference Culture Distance;
不同文化距离下的习得水平与态度动机研究
12.
Driving Factors of Ecotope Evolution and the Hydrological and Ecological Response for the Wetlands in Cold Region;
寒区湿地演变驱动因子及其水文生态响应研究
13.
Streamflow response to climate variability and human activities in the upper catchment of the Yellow River basin
黄河上游气候变异与人类活动的生态水文响应
14.
Study on the Hydrological Characteristic and Nutrient Dynamic of Ecosystem in Moutain Dendrocalamus Latiflorus Shoot Forests;
麻竹山地笋用林生态系统水文特征和养分动态的研究
15.
The Trends of Eco-hydrology and Its Study in China
生态水文学的学科研究动态及在中国的发展方向
16.
Existence Condition of Traditional Sport Culture in Shui Minority Mountain Villages;
传统体育文化在水族山寨中的生存状态——水族“端节”赛马活动的变迁
17.
Effect of Taskmodifications on the Forehand Drive of Skilled Table Tennis Players;
高水平乒乓球运动员正手回击不同状态来球时动作的调整(英文)
18.
Flickering Cluster model" that described the structure of water is introduced. This model can explain abnormal expanding of water very well.
本文介绍了液态水结构的“闪动簇团”理论,运用该理论能很好地解释液态水的反常热膨胀问题.