1.
Rethink of Plateau Dam Genetic Diversity of Cultivated Darley
高原坝区栽培青稞遗传的多样性再认识
2.
Study on the Amount of Saving Water under the Water-saving Irrigation Project in Bashang Plateau;
坝上高原区节水灌溉措施节水量研究
3.
Study on Spatial Distribution Optimization of Warping Dam System in High and Coarse Sediment Yield, Loess Plateau;
黄土高原多沙粗沙区淤地坝系空间布局优化研究
4.
Study on the Woody Plants Flora in the Transition Zone of Bashang Plateau and Jibei Mountanious Region in Hebei;
河北坝上高原与冀北山地交错带木本植物区系研究
5.
Warping Dam Property Right Reform and Sustainable Development in the Loess Plateau Region;
黄土高原地区淤地坝产权制度改革与可持续发展
6.
Fill Material Test Technique and Prototype Observation for High Earth and Rockfill Dam in Mexico
墨西哥高土石坝坝料试验技术和原型观测
7.
Fill Material Test Technique and Prototype Observation for High Earth and Rockfill Dam in Mexico(Part Ⅱ)
墨西哥高土石坝坝料试验技术和原型观测(续)
8.
Treatment for Cracks in Existing Dam Body during Heightening of Danjiangkou Dam
丹江口大坝加高工程中原坝体裂缝处理工艺
9.
Study on Physical and Mechanical Experiments and Subzone Optimizing Schemes of Dam Materials Using Intelligent Methods
高土石坝坝料试验及结构分区智能优化研究
10.
Design of High Arch Dam Based on Red Bed
红层地区高拱坝——香溪口水库大坝的设计
11.
TWO-STAGE ANALYSIS OF INITIAL GEOSTRESS FIELD AT DAM SITE ZONE OF HIGH ARCH DAM
高拱坝坝址区初始地应力场的二次计算
12.
IN-SITU TEST OF FRACTURED ROCK MASS WITH HIGH PRESSURE SEEPAGE IN DAM FOUNDATION
坝基破碎岩体高压渗透变形原位试验
13.
Abstract: With the development of dam system works in gully construction, a certain quantity of “wetland”indications in gully have occurred in the area of sediment yield from base rock of loess plateau.
文摘:随着沟道坝系工程建设的开展，黄土高原基岩产沙区出现了一些沟道湿地迹象。
14.
The Research of Construction Techniques of Rccd in the High Altitude and Cold Zone;
高寒地区碾压混凝土坝施工工艺研究
15.
Study on the dynamic response of high earth-rockfill dams in areas of high seismicity
强震区高土石坝的地震反应特性研究
16.
Analysis on Dynamic Changes of Land Use and Desertification in Bashang Area
坝上地区土地利用及沙化动态原因分析
17.
Reinforcemen Mechanism and Treatment Technology of Soft Ground of Earth Dam in Plain Area
平原地区土坝软基加固机理及处理技术
18.
Analysis on Seepage Field and Study on Impervious Curtain in QingJing GaoBaZhou Hydropower Station;
清江高坝州水电站坝区渗流场分析与防渗帷幕研究