1.
Bodily Form Design and Experimental Research on Cros swise Outflow Chute Energy-Dissipation Pond
横向出流陡坡消能塘体型设计与试验研究
2.
The stilling basin base plate supports large impact pressure in the impacted area.
消能塘底板在射流冲击下,底板块在冲击区受到较大的冲击压力。
3.
The determination of base plate thickness, the calculation of base plate stability.
文章介绍了白山水电站消能塘结构布置、板厚度的确定以及底板稳定的计算。
4.
Applied Research on Water Cushion Pond Energy Dissipator of Xiaqiao Hydroelectric Power Station;
水垫塘消能工在下桥水电站的应用研究
5.
"I hope it will be able to swim in the duck pond."
“但愿它能在鸭塘里游水。”
6.
Study on Hydrodynamic Characteristics and Safety of Protecting Structure in High Dam Plunge Pool
高坝消力塘水动力特性与防护结构的安全研究
7.
Research and Implementation of JTang Message-oriented Middleware V3.0;
钱塘消息中间件V3.0关键技术的研究与实现
8.
Research on the Potential Effect of BCDMN-a Kind of Fishpond Disinfector on Controlling Plant Disease
鱼塘消毒剂溴氯海因防治植物病害潜力研究
9.
Pamela Youde Child Assessment Centre (Kwun Tong)
尤德夫人儿童体能智力测验中心（观塘）
10.
An Intelligent Decision Support System for Aquaculture Pond Water Quality Management
池塘水质管理智能决策支持系统研究
11.
Functional Evaluation of the Shangtang River in Hangzhou City and Its Application Analyses;
杭州市上塘河功能评价及其应用研究
12.
Research on Dike-pond System with the Function of Water Purification
具有水质净化功能的基—塘系统的探究
13.
Pond fish culture yielded 2550 tonnes, or 6 per cent, of freshwater fish for local consumption.
年内，塘鱼总产量为2550公吨，占本地淡水鱼消耗量的6%。
14.
During the year, pond fish culture yielded 4 500 tonnes, or 10 per cent, of freshwater fish for local consumption.
年内，塘鱼总产量为4500公吨，占本地淡水鱼消耗量的一成。
15.
The quicksilvery glaze on the rivers and pools vanished.
河流和池塘的水面上水银般的光泽现在都完全消失了。
16.
Development and Consumption of Yolk Sac of Newly-hatched Larval Japanese eel Anguilla japonica
池塘养殖鳗鲡初孵仔鳗生长发育和卵黄消耗的研究
17.
With the dissolution of the monasteries in the 1530s, monastic fishponds disappeared along with the monks, and fish became politically suspect.
16世纪30年代，随着修道院逐渐瓦解，里面的鱼塘也随修道士消失了。
18.
Analysis on the Water-rock Interaction of Stilling Basin Slope of Nuozhadu Hydropower Station;
糯扎渡水电站溢洪道消力塘边坡水岩作用机理研究