1) scraper dredger
耙泥船
2) drag suction dredger
耙吸挖泥船
1.
Overall design on a Lian Yungang 5000 m~3 drag suction dredger;
连云港5000m~3耙吸挖泥船总体设计综述
2.
Dump door mounting for mud hold on drag suction dredger;
耙吸挖泥船泥舱泥门设置
3.
Estimation of dredging operation resistance of drag suction dredger;
耙吸挖泥船挖泥工况阻力的近似计算
3) Trailing suction hopper dredger
耙吸挖泥船
1.
Trailing suction hopper dredger plays an important role in growth and construction of port and waterway.
耙吸挖泥船在港口和航道的发展和建设中起着非常重要的作用,文章从系统布置设计和参数选取两方面介绍了耙吸挖泥船波浪补偿器系统设计中的关键要点。
2.
The paper expounds the major mathematical models that have been developed independently for trailing suction hopper dredgers to optimize their production and improve their working technology according to the changes of seabed.
阐述了自主开发研制的耙吸挖泥船针对土质变化,进行产量优化,改进施工工艺的主要数学模型。
3.
After analyzing the dredging diesel updating for trailing suction hopper dredger that imported from abroad, this paper gives a demonstration of operation characteristics, application range, relevant technological problems and solvent of new machine type.
文章通过对早年进口耙吸挖泥船泥泵柴油机的更新 ,系统、科学地分析论证了该更新机型应具备的运转特性、工作范围、相关技术问题及应对措施 ,并以详实的数据资料印证了柴油机选型和技术处理的成功 ,确保了泥泵的高效运
4) suction hopper dredger
耙吸挖泥船
1.
On type of all-electric propulsion plan for suction hopper dredger;
耙吸挖泥船全电动电力推进船型方案之探讨
2.
The classification of CCS has the trend to allow the suction hopper dredger to reduce its freeboard,while the intact stability should be calculated in terms of DR67 resolution.
入CCS级有允许耙吸挖泥船采用减小干舷的趋势,但是完整稳性要按照DR67决议计算。
5) trail suction dredger
耙吸挖泥船
1.
Analysis of overflow loss of trail suction dredger;
耙吸挖泥船溢流损失的分析
2.
This paper introduces the draghead technique development of trail suction dredger, analyzes the structure whose drag principle adapts the working situation and presents advices on how to improve the dredging ability, selection and use of the draghead.
本文浅述了耙吸挖泥船耙头技术的发展 ,对其耙吸机理适应工作状态的结构进行分析 ,并就采取提高切泥能力的措施进行探讨 ,以及对如何选择、应用耙头提出看法。
6) TSHD
耙吸式挖泥船
1.
Optimum Hopper Capacity Selection for TSHD Based on the Cost Calculation;
基于疏浚成本选择耙吸式挖泥船的最优仓容
2.
To find the rule about the change of the mass center positions of a TSHD s draghead with time when working in different soil hardness of seabed under the function of swell compensator, a simulation model of TSHD is built based on a mathematical model, by using the software of ADAMS (Automated Dynamic Analysis of Mechanical Systems).
为研究耙吸式挖泥船(TSHD)在波浪补偿器作用下耙头质心位置在海床土壤硬度不同时随时间的变化规律,本文在建立波浪补偿器数学模型基础上,借助多体动力学仿真软件ADAMS,以某单耙TSHD为例,建立其疏浚过程动力学仿真模型。
补充资料：内吸除(见单晶片的吸除技术)
内吸除(见单晶片的吸除技术)
internal gettering
内吸除internal gettering见单晶片的吸除技术。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条