1.
Research Progress on the Dewatering Technologies for Environmental Dredge Sediment
环保疏浚泥浆脱水干化技术研究进展
2.
The overflow dredging method is predominantly used to dredge silt and, generally, only with outgoing tide.
溢流疏浚法主要且于疏浚泥沙，一般只利用退潮来进行。
3.
The Parameterized Design and Performance Prediction of Dredge Pump;
疏浚泥泵叶轮参数化设计及泥泵性能预测
4.
Mechanical Properties and Consolidation Characteristics of Dredged Sludge with High Water Contents;
高含水率疏浚泥物理力学及固结沉降特性研究
5.
The Simulation of Dredged Sediment Transport and Diffusion on Marine Dumping Ground;
海洋倾倒区抛卸疏浚泥悬沙输移扩散模拟研究
6.
The Establishment of the Experimental Facility of a Dredge Pump and Hydraulic Transport System;
疏浚泥泵与管道水力输送实验系统的研制
7.
hydraulic dredging
用吸扬式挖泥船挖泥疏浚
8.
The channel of the river will fill up with mud if not regularly dredged.
河道如果不定期疏浚，就会积满淤泥。
9.
Study on the Release Laws of Phosphorous and Nitrogen from the Sediment in Dredged Lake, Nanhu;
南湖疏浚后底泥氮、磷释放规律研究
10.
Design of a Small Dredging Simulator of Cutter Suction Dredger;
绞吸式挖泥船小型疏浚仿真器的设计
11.
Drag-suction dredger 3D view system
耙吸式挖泥船疏浚作业三维显示系统
12.
Technical specification for excavation volume measurement in maintenance dredging engineering for port on muddy ground
淤泥质港口维护性疏浚工程土方计量技术规程
13.
Experimental Study of Suzhou Creek Dredged Sludge Used as Landfill Cover Clay
苏州河疏浚污泥作填埋场封场覆土的实验研究
14.
Influence of Dredging on Suzhou Creek Ecology System
苏州河底泥疏浚对围隔中水生生态系统的影响
15.
Research on Optimization and Control of Dredging Operations for Cutter Suction Dredgers;
绞吸式挖泥船疏浚作业优化与控制研究
16.
Research on Sand Slurry Abrasion Mechanisms of Dredging Conditions and New Wear-Resistant Materials;
疏浚工况泥沙磨损机理及其耐磨新材料研究
17.
Modeling and Simulation of Dredging Process for Cutter Suction Dredger;
绞吸式挖泥船疏浚作业过程的建模与仿真
18.
Impact on Water Environment in Polluted Seriously Rivers in Suzhou by Different Dredging Degree;
苏州重污染河道底泥疏浚程度对水环境的影响