1.
Th Preliminary Study on the Stress of Flow with Hyper-Concentration on the Condition of Stationary and It Effect on the Floog of Weihe River;
静态高含沙浑水剪切力及对渭河洪水影响的初步研究
2.
Study on Turbulent Characteristics and Abrasion Mechanisms of High-velocity Sediment-laden and Aerated Flow;
高速含沙掺气水流及磨蚀机理的研究
3.
Experiment Research on the Water & Sediment Separation Flow in the "Turbid Water Hydraulic Power";
“浑水水力分离清水装置”水沙分离试验研究
4.
Study on comprehensive protecting efficiency of sand-bag obstacle of highway in Otindag Sandy Land
浑善达克沙地高速公路沙袋沙障的综合防护效益研究
5.
Research on Establishment of the High-banded Wicker Sand Barriers of Highway in Otindag Sandy Land
浑善达克沙地公路沙害防治——高立式柳条沙障设置研究
6.
The Analysis of Ecological Water Requirement of the Overlapping Vegetation in the Otinday Sandy Area;
浑善达克沙地重叠植被生态需水量分析研究
7.
Sediment Transport Characteristics of Hyperconcentration Flood of the Yellow River and its Bed Formation
黄河高含沙量洪水的输移特性及其河床形成
8.
Study on Key Technical Problems in Modeling of Hyper-Concentrated Flows;
高含沙水流模拟的几个关键技术问题研究
9.
Research on Automatic Water Sluice Gate in the Use of High Silt Concentration Flood Resource;
高含沙洪水资源利用中的自控闸门的研究
10.
Research on Silted Shape and Silt Reduction in the Pumping Station Forebay with Water Heavily Silt Mixture
高含沙水泵站前池淤积形态及减淤研究
11.
Numerical Simulation and Experiment Research on the Water & Sediment Separation in the Turbid Water Hydraulic Power Separation Device;
浑水水力分离清水装置水沙分离的数值分析及试验研究
12.
The paddy?upland system increased clay dispersion content and soil fertility.
水旱轮作可增加土壤黏粒含量,提高高沙土肥力水平;
13.
Research on Content of Soil Component Using Flood with High Sand after Silting on Base of Artificial Intelligence;
基于人工智能的利用高含沙洪水淤地后土壤成分含量研究
14.
The Restriction and Applicability for the Method of Using Turbidity to Deduce Sand Content
利用浑浊度推算含沙量方法的限制性与适用性研究
15.
Based on the experimental data, a muddy water infiltration law formula was built.
浑水中物理性粘粒含量越大，累积入渗量就越小。
16.
Study on the Leymus Chinensis Community of Water Requirement and GSPAC System Water in the Otinday Sandy Area;
浑善达克沙地天然羊草群落需水研究与GSPAC系统水分动态模拟
17.
The Application of Water-Sediment Two Phase Flow ASM Model in the Density Current of Turbid Water and Related Model Test Study
水沙两相流ASM模型在浑水异重流计算中的应用及模型试验研究
18.
The result shows that the soil water content in which Ulmus pumila and Hippophae rhamnoides have high-output and high-efficiency respectively is 11.4%～17.2%;
结果表明白榆沙棘具有高产高效的土壤含水量分别为11.4%~17.2%;