1)turbine model水轮机模型
1.Acceptance test of turbine model for Pubugou Hydropower Station;瀑布沟水电站水轮机模型验收试验
2.Study on the turbine model considering its speed governor in the alternative of low-frequency load shedding;低频减负荷方案中计及调速器的水轮机模型的研究
英文短句/例句
1.Code for model acceptance tests of hydraulic turbinesGB/T15613-1995水轮机模型验收试验规程
2.On Turbine Model Acceptance Test and Parameters of Feilaixia Hydropower Station飞来峡水电站水轮机模型验收试验与参数
3.Acceptance test on model for Kaplan turbine in Xixiayuan Project西霞院工程轴流转桨式水轮机模型验收试验
4.Design of Automatic Data Processing for Turbine Model Test水轮机模型试验数据自动处理方案设计
5.The Turbine Model Acceptance and Local Test of Longtoushi Hydropower Station龙头石电站水轮机模型验收试验与现场测试
6.Hydraulic Turbine Model Acceptance Test of No.2 Unit of Xinanjiang Hydropower Station新安江水电厂2#机增容改造水轮机模型验收试验
7.Main Parameter Selection of Unit & Model Acceptance Test on Turbine of Yantan hydropower Station岩滩水电站机组主要参数的选择及水轮机模型验收试验
8.Model Acceptance Test of the Pump Turbine of Hohhot Pumped Storage Power Station呼和浩特抽水蓄能电站水泵水轮机模型验收试验
9.Hydraulic Model Exploitation Plan of HL300 Francis Turbine RunnerHL300水轮机转轮水力模型开发方案研究
10.A Hydraulic Turbine Speed Governor Based on Fuzzy Cerebellar Model基于模糊小脑模型的水轮机调速控制
11.Dynamic Modeling of Robot for Repairing Hydraulic TurbinesJZ-3型水轮机修复机器人动力学建模
12.MATLAB-based Simulation Model of Hydraulic Turbine Regulating Systems水轮机调节系统的MATLAB仿真模型
13.The runner model acceptance test of bulb tubular type turbine for Shapotou Hydropower Station沙坡头水电站灯泡贯流机组水轮机转轮模型验收试验
14.Hydro Turbine Prime Mover Model of Governor System for Power System Stability Computation用于稳定计算的水轮机调速系统原动机模型
15.Brief Introduction of Mathematical Model for Pelton Wheel Y-Pipe Structure冲击式水轮机三叉管结构的数学模型简介
16.Research of Hydro Turbine Governor Control Strategy and Identification Method;水轮机调节系统控制策略及模型辨识方法研究
17.Numerical Simulation of Hydraulic Machinery Blades Airfoil and Runner;水力机械叶片翼型及转轮的数值模拟研究
18.Nonlinear dynamic model and response of francis hydro-generator system混流式水轮发电机系统的动态模型及响应
相关短句/例句
model water turbine模型水轮机
3)Three Gorges model turbine三峡模型水轮机
4)water turbine mathematical models水轮机数学模型
1.The example results shown that the self-configuring neural networks is an effective methods in building water turbine mathematical models.以灰色关联分析为基础,提出了一种自构形神经网络的算法,实例表明,自适应神经网络是建立水轮机数学模型的有效方法。
5)Nonlinear hydraulic turbine model水轮机非线性模型
6)Kaplan turbine model轴流式模型水轮机
1.In the present paper, the three-dimensional steady turbulent flow is simulated through the whole flow passage of the Kaplan turbine model after the experiment on the turbine.本文在进行模型水轮机试验的基础上,完成了开敞式蜗壳轴流式模型水轮机的全流道三维定常湍流计算。
延伸阅读
冲击式水轮机冲击式水轮机impulse turbine;Pelton turbine 转轮结构比较简单,多用于中小型水电站。 ┌───┬─┐ │尸 │门│ ┌─┼───┼─┼─┬─┬─┬─┬──┐│ │广尸 │口│目│哟│l │口│划l ││ │l夕习 │ │ │ │ │ │ │└─┴───┴─┴─┴─┼─┼─┼──┘ │】│困│ └─┴─┘ 图1水斗式水轮机结构图1一输水管;2一喷嘴;3喷针;4转轮;5折向器 双击式水轮机水流向心地射向转轮并充满部分叶片的流道后,再离心地射到另一部分叶片上,前者利用70%~80%的动能,后者利用动能的20%一30%。由于水流两次冲击到叶片上.因而称为双击式水轮机,如图4所不。 发展简史及趋势1880年,美国人L.A.佩尔顿“.A.图2水斗式水轮机 转轮结构图Pelton)首次提出一种双曲面型水斗式水轮机,经不断改进,成为现代的型式,亦称为佩尔顿式水轮机。 图3斜击式水轮机射流斜击转轮示意图 随着水轮机技术的进步.冲击式水轮机的应用11益广泛。其使用的水头已达l000m以L.喷嘴的数量也随之增加,大型水斗式水轮机的喷嘴数已达6个之多。发展趋势是提高单个喷嘴的比转速和继续增加喷嘴的数量,以适应更高水头电站的需要。使用大型水斗式水轮机最多的是欧洲,如娜威的西西马(Sysima)水电站的水斗式水轮机,单机额定功率为315 MW,电站水头885m,转轮直径5.lm,立轴,6个喷嘴。