1.
Research on the Construction and Operation Management Model of Silt Dam in Loess Plateau Area;
黄土高原淤地坝建设管理模式与推广研究
2.
Study on Relationships between the Silt-arrester Dam Construction and Agricultural Economic Development in Ansai County
安塞县淤地坝建设与农业经济发展的关系研究
3.
Study of geographic factors that influence silt-trap dam construction:A case study in the arenaceous and coarse sand region,midstream of Yellow River
影响淤地坝建设的地理要素——以黄河中游多沙粗沙区为例
4.
Designed flood standard for the construction of check dam in loess area
黄土地区修建淤地坝的设计洪水标准
5.
Discussion on Warping Dam Construction Supervision on the Loess Plateau;
黄土高原淤地坝工程建设监理有关问题探讨
6.
The ecological function and countermeasures of alluvial dam in north Shaanxi;
陕北建设淤地坝的生态作用及发展对策
7.
THE FUNCTIONS AND CONDITIONS OF SILT ARRESTER CONSTRUCTION IN ORDOS AND THE RELEVENT MEASURES FOR ITS SUCCESSFUL ACCOMPLISHMENT;
鄂尔多斯市东胜区建设淤地坝的作用、条件及对策
8.
Design of Diminutive Silt Retention Dam No.61 in Tianjia Trench Catchment in Dongsheng,Inner Mongolia;
东胜区田家渠流域61～#小型淤地坝设计
9.
Application of sluice facilities to development of water resources in silt dam areas;
利用蓄水设施开发淤地坝水资源初探
10.
Study on Application of Silt-Arrester Dam s Planning and Designing in Loess Plateau with DEM;
DEM在黄土高原淤地坝规划设计中的应用研究
11.
Application of the Reliability Principle in the Design and Evaluation Practice of Silt Storage Dam
可靠性原理在淤地坝设计与评价中的应用
12.
Study on the Depositing Information of Check Dam and the Correlation Among Rainfall, Runoff and Sediment in Watershed;
淤地坝淤积信息与流域降雨产流产沙关系研究
13.
Estimation of sediment volume trapped by check-dam based on differential GPS technique
基于差分GPS技术的淤地坝泥沙淤积量估算
14.
Application of Nonparametric Projection Pursuit Regression in Prediction of Dam Land Sedimentation of Warping Dam
非参数投影寻踪回归在淤地坝坝地淤积预测中的应用
15.
Then this paper discusses the principle for warping dam system design by way of the thinking of system theory.
同时结合系统论相关原理分析了淤地坝系的特点，并建立了坝系层次概念模型。
16.
Wrap Land Dam Sysytem Plan Based on Land-Use Change;
基于土地利用变化的淤地坝坝系规划研究
17.
Investigation on Desilting dams Destroyed by Rain Storm on July 22 1989 in Xingxian County
兴县淤地坝“89722″暴雨水毁情况调查
18.
Lei Mao Ditch Backbone Silt Dam which is Height-Phased;
雷峁沟骨干淤地坝分期加高优化分析