1) Controlling Gate
节制闸
1.
The Unsteady Flow in the Wide-Shallow Open Channel with Controlling Gates;
节制闸控制下宽浅渠道内的非恒定流
2.
The controlling gate interval not only influences the cost of the project but also associates greatly with safety work.
节制闸间距的选取影响到工程投资的多少与能否安全运行的问题 。
3.
According to water level computation requirement in front of the controlling gate of water transport canal of MRP of South-to- North Water Diversion under abnormal operation condition,based on MATLAB software,the correlative hydraulic computation program is made.
针对南水北调中线输水渠道在非正常运用工况条件下节制闸前水位计算的要求,以MATLAB为软件平台,编制相应的水力计算程序,进行非正常工况运行时的非恒定流模拟计算。
2) check gate
节制闸
1.
The results showed that,the propagation time of water fluctuation caused by the check gates operation had close relationship with the location of the check gates;meanwhile in the operation conditions,the stabilization time became longer as the number of the check gates increased.
结果表明,节制闸开度变化引起的波动,其到达渠首和渠道末端的时间与节制闸所处的位置有较为密切的关系;而在相同的操作条件下,随着节制闸运用个数的增加,渠道重新达到平衡的时间会逐渐增加。
3) control sluice
节制闸
1.
Reason analysis and treatment measures of erosion of the onelevel-station control sluice;
节制闸冲刷原因的分析及处理
2.
Practice proves that the effect is obvious to replace the control sluice with the character shaped dam in miniature irrigation area.
在小型灌区中应用人字形坝取代节制闸,实践证明效果显著。
4) control gate
节制闸门
5) regulator lock light
节制闸灯
6) Dasi sluice
大寺节制闸
1.
Inspection and analysis of concrete structures for Dasi sluice;
大寺节制闸混凝土结构的检测与分析
补充资料：节制闸
用来调节上游水位和控制下泄流量的水闸。建于河道上的节制闸也称拦河闸，通常与进水闸、冲沙闸、船闸等组成水利枢纽。关闭闸门，可以拦洪、蓄水，壅高上游水位，满足引水等的需要。开启闸门，可以控制宣泄洪水流量，保证下游河道安全，或根据下游用水与通航的需要，控制放水流量。为使过闸水流平顺，闸址宜设于河段顺直或裁弯取直的地段。节制闸一般采用开敞式，当需要限制下泄单宽流量时，也可采用胸墙式。闸底槛一般采用过闸水流流态比较稳定、泄流能力较大的宽顶堰。这种堰对平原地区上下游水位差较小的水闸尤为适用。合理选择堰顶高程，对闸孔尺寸、河段冲淤变化及两岸上下游连接段的工程量都有影响，需进行技术经济比较后确定。为防止宣泄最大洪水时，上游壅水位过高，影响范围过远，因而增加上游两岸堤防工程量及可能增加泥沙淤积，拦河闸闸孔的过水断面宜与闸址处河道过水断面大体相等或略小。如中国北京三家店引水工程中的拦河闸，闸底槛便采用宽顶堰形式，闸室总宽度与原河道宽度基本相同。
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