1) water intake and outlet
取排水口
1.
Temperature field of water intake and outlet of tidal river bend;
潮汐弯道段取排水口温度场研究
2) layout of water intakes and outlets
取排水口布置
1.
Based on analysis of the hydrological,landform,and sediment characteristics and results of prototype observation and physical experiments at thermal plants having been built or to be built on tidal reaches of lower Yangtze River,the layout of water intakes and outlets was discussed,and the characteristics of temperature rise distribution at water intakes were analyzed.
结果表明,长江下游感潮河段火电厂取排水口布置首先取决于厂址的选择,宜采用上取下排、远取近排、深取浅排的布置方式。
3) Y-type water intake-outlet arrangement
Y型取排水口
1.
Combined with the eclipsed form,Y-type water intake-outlet arrangement was studied.
结合重叠式取排水口布置,对Y型布置进行了深入的研究,选取k-ε模型对其进行了三维数值模拟,围绕取水温度对Y型取排水口的水力、热力性质及优化性能进行了探讨。
4) double deck style intake-outlet work
重叠式排取水口
5) hydraulic arrangement of water intake and discharge outlet
取排水口水工布置
6) intake
[英]['ɪnteɪk] [美]['ɪn'tek]
取水口
1.
Design of sediment prevent for intake of Gaoqiao Hydropower Station;
高桥水电站取水口防沙设计
2.
Model test of surface water intake of Jining Canal Power Plant;
济宁运河发电厂地表水取水口物理模型试验研究
3.
Analysis of submarine scouring and silting in the area around the intake of Songyu Power Plant;
厦门嵩屿电厂取水口附近海域冲淤变化分析
补充资料：古齐城排水口
古齐城排水口
古齐城内设的城内主要排水系统有两处，大小城内各一。排水口全长33米，宽7米，全用巨石砌筑而成，分上下3层，每层5个方形排水口。这些排水口作为城墙下的石筑涵洞，把城的积水排出城外。古齐城整个排水系统设计合理，砌筑严密，这在两千年前的城建工程中是十分罕见的，展示了当时人工挖掘的排水沟、护城河同天然河流有计划地结合在一起，构成了完整的排（取）水和城防系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。