1.
Research on Capacity of Locks on the Grand Canal With Queuing Theory
基于排队理论的京杭运河船闸通过能力研究
2.
Research on Freight Demand and Lock Capacity of the Three Gorges;
长江三峡船闸过闸需求与通过能力研究
3.
Research on improving the traffic capacity of the TGP ship lock during the completion period
提高三峡船闸完建期通过能力措施研究
4.
Study on the Analysis of the Navigational Capacity and Technical Reconstruction of the Yushan Second Line Shiplock;
虞山一线船闸通航能力分析与技术改造研究
5.
Yuxi Ship-lock Throughput Prediction and Analysis of Influencing Factors;
裕溪船闸通过量预测及影响因素分析
6.
Boats wait to pass through Zhihugang Gate, which give them access to the Yangtze River.
船只正等待通过江苏省直湖港的船闸，进入长江。
7.
In combination with the construction practice of Xinba Lock, this paper introduces culvert construction of tile Lock's upper lock head and preventive measures for cracks.
通过新坝船闸施工实践，介绍了船闸上闸首输水廊道施工及预防裂缝产生所采取的措施。
8.
Bore pressure on the 2nd passage gate of ship lock of Jinghang Great Canal crossing the Qiantang River
京杭运河二通道钱塘江出口船闸闸门涌潮作用力研究
9.
Simulation Study on Hydraulics Characteristic of High Head Lock during Valve Opening Process Based on Dynamic Mesh Technology
高水头船闸阀门开启过程水力特性仿真研究
10.
Research on Vessel Traffic Pass Through Capacity of T-type Channel Based on Queuing Theory;
基于排队论的T型航路船舶交通通过能力研究
11.
Our ship locked into the canal.
我们的船过闸驶入运河。
12.
Research on Single-vessel Passing Capacity in Yingongzhou Channel, Yangtaz River;
长江镇江段尹公洲航段单船通过能力研究
13.
Study on Port Fairway Capacity Based on Standard Vessels;
基于标准船型的港口航道通过能力研究
14.
Research on Passing Capacity of Channel Based on Ship Field
基于船舶领域理论的水道通过能力研究
15.
The Study on Channel Capacity at the Yangtze River in Jiangsu and Ship Model Standardization
长江江苏段通过能力及船型标准化研究
16.
Simulation of waterway transit capacity at harbor based on the ship behavior
基于船舶行为特征的港口航道通过能力仿真
17.
Through improvement of construction technology of chamfer of Zaohe River Third-line Lock's chamber wall, the inclined surface concrete quality has been well controlled.
通过对皂河三线船闸闸室墙倒角施工工艺的改进，斜面砼表面质量得到了较好的控制。
18.
friction is applied to the inside of a spinning drum by the brake shoe.
通过闸皮摩擦力作用到内部的纺纱鼓上。