1)energy dissipator消能工
1.Numerical simulation of energy dissipator with new style flaring gate pier and stepped spillway;新型宽尾墩和阶梯式溢流坝面一体化消能工数值模拟
2.The optimization of energy dissipators of Dajiang reservoir spillway;大江水库溢洪道消能工优化研究
3.Experimental study on united energy dissipator with grid and stepped spillway;格栅与阶梯式溢流面联合消能工的试验研究
英文短句/例句
1.Study test on combined energy dissipator of flaring pier and flip bucketT型宽尾墩+消力戽(池)联合消能工试验研究
2.Concrete construction management in reconstruction of energy dissipation structures of Hongshi dam红石大坝泄洪消能工改造工程混凝土施工管理
3.Control of explosion in reconstruction of energy dissipation structures of Hongshi dam红石大坝泄洪消能工改造工程爆破施工控制
4.Numerical Simulation of Turbulent Flow of Energy Dissipater in Free Flow Tunnel;无压隧洞内消能工湍流数值模拟研究
5.Economic analysis of several arch net-floor stilling ponds and ordinary stilling basins;若干拱网消能工与普通消力池工程实例的经济分析
6.Hydraulic Characteristics of Auxiliary Energy Dissipater and its Application in Energy Dissipation by Hydraulic Jump with Low Froude number辅助消能工的水力特性及在闸下低佛氏数水跃消能中的应用
7.Safety management in reconstruction of energy dissipation structures of Hongshi dam红石大坝泄洪消能工改造工程安全管理
8.Management in reconstruction of energy dissipation structures of Hongshi dam红石大坝泄洪消能工改造工程管理综述
9.European Federation of Industrial Producers of Energy for Own Consumption欧洲自身消费工业能源生产者联合会
10.International Federation of Industrial Energy Consumers国际工业能源消费者联合会
11.Eliminate excise wherever possible.尽可能地消除每一个附加工作。
12.The Fire Control Performance-based Analysis and Design of the Petrochemical Plant;石油化工企业消防性能化分析与设计
13.The Energy Consumption and The Level of Industrialization among Regional Differences in China;工业化水平区域差异与中国能源消费
14.Effect of Light-heavy Industry Structure Changes on Energy Consumption;工业轻重结构变化对能源消费的影响
15.China′s Energy Saving Activities and Consumption of Copper during the 11th Five-Year Plan;“十一五”中国节能工作和铜的消费应用
16.Experimental Study on Flood Energy Dissipation and Erosion Control of Zuan'gen Water Control Project钻根水利枢纽工程消能防冲试验研究
17.Improvement of Anode Baking Technology and Reduction of Production Energy Consumption改进阳极焙烧工艺 降低生产能源消耗
18.They feel the fear, they go to work, hoping that money will soothe the fear, but it doesn't.他们感到恐惧，于是去工作，希望钱能消除恐惧，但钱不可能消除恐惧。
相关短句/例句
dissipator[英]['disipeit?][美]['d?s?,pet?]消能工
1.A new type of energy dissipator for coastal outfall of a drainage project;排水系统入海口新型消能工
2.Hydraulic Characteristics of the Horizontal Vortex Flow Inner Energy Dissipator With Inlet Shaft;竖井进流水平旋流式内消能工的水力特性
3)Energy dissipation消能工
1.The paper puts for- ward a method on style & position of X type flaring gate piers,based on the results of the special item on energy dissipation of X type flaring gate piers,and the expertise on full scale test.X 型宽尾墩作为一种新型消能工,先后在索风营、思林等已建或在建工程中得到应用, 其体型设计及其与堰面之间的关系是工程设计的一个关键问题。
4)interior energy dissipater内消能工
1.Application of interior energy dissipater in the filling and emptying system of navigation locks;内消能工在船闸输水系统中的应用分析
5)bottom-flow dissipation底流消能工
1.Minimum depth of falling-sill aiming at controlling underflow speed of falling-sill of falling-sill bottom-flow dissipation;跌坎型底流消能工控制临底流速的跌坎最小深度
6)combined energy dissipator联合消能工
1.The stilling basin of the Ankang Hydropower Station adopts a new type combined energy dissipator of flaring pier and stilling basin.安康水电站表孔消力池采用宽尾墩 消力池新型联合消能工 ,自 1989年导流底孔下闸蓄水运用以来 ,经过抽水检查 ,发现消力池破损严重 ,如池底板变形、结构缝开裂等。
延伸阅读
消能工消能工enengydissipator消除泄水建筑物下泄急流的多余动能，保证建筑物安全和正常运行的工程设施。多余动能系指建筑物上游水流动能与下游正常水流动能之差。多余动能是通过水流内部的紊动、掺混、剪切及旋滚，水股的扩散和水股之间的碰撞，水流与固体边界的摩擦与撞击及水流与周围气体的摩擦与掺混等，转换成热能而逸散掉。常用的消能工有：①通过水跃消除多余动能的水跃消能工，又称底流消能工。②利用泄水建筑物出口的挑流鼻坎将下泄急流抛向空中，然后落入下游河床水垫中来消除多余动能的挑流消能工。③利用泄水建筑物出口的鼻坎将下泄急流的主流挑至水面，通过主流在表面扩散及底部旋滚和表面旋滚来消除多余动能的面流消能工。此外，还有为提高消能效率，用于较低流速情况下的辅助消能工以及超空穴消能工、压力消能工、自由跌落式消能工等。消能工的选型与建筑物的形式、枢纽布置、上下游水位、地形、地质、运用要求等因素有关，对大中型和重要工程，还要进行水力模型试验。为了保证建筑物及枢纽正常运行，要求做到消能工本身不受空蚀（物体受到气体空泡流冲击后表面出现的变形和材料剥蚀现象）、磨蚀等损伤，下游岸坡稳定，河床不出现危害性冲刷。
