风力涡轮机,wind turbine
1)wind turbine风力涡轮机
1.Through the research on the wind generator,the model of wind speed,wind turbine and drive gear is established[1,2] and then wind generator model and power grid model are built based on MATLAB/Simulink.通过对风力发电机的研究,建立了风速、风力涡轮机和传动机构的数学模型[1,2],并用Matlab/Simulink搭建风力发电机模型和电网模型。
英文短句/例句
1.Sophisticated wind turbines have been developed to convert this energy to electric power.发展出精密的风力涡轮机将风的能量转为电能。
2.But production increased one hundred sixty percent between2000 and.现在农民们可以通过能发电的风力涡轮机挣钱了。
3.The windy Dakotas, if studded with twirling wind turbines, could become the Saudi Arabia of hydrogen.如果使多风的达科他州遍布不停地转动的风力涡轮机，则该州可能会成为产氢的沙特阿拉伯。
4.Horizontal-axis turbines are the most common wind turbine design.水平轴涡轮机是最常用的风力涡轮发电机。
5.An airplane with such an engine.由涡轮风扇发动机提供动力的飞机
6.a steam [water] turbine蒸汽 [水力] 涡轮机.
7.Wind Turbine Lightning Risk Assessment Methods and Solutions风力涡轮发电机雷击风险评估方法和解决方案
bination pressure and velocity stage turbine复合压力-速度级涡轮机
9.gas turbine power unit燃气轮机动力装置燃气涡轮动力设备
10.Research and Development of a Power Turbine for Adiabatic Turbocompound Engine绝热涡轮复合发动机用动力涡轮的研制
11.Vertical axis machines do not depend on wind direction, unlike horizontal axis wind turbines.与水平轴涡轮机不同的是，垂直轴涡轮机与风向无关。
12.Designs and manufactures turbine engine test cells and wind tunnels.设计生产涡轮发动机测试单元和风洞。
13.Cutaway of the PW 4000112-in(284.48cm) gas turbine engine ,showing fan bypass section.涡轮发动机剖面图，展示风扇旁路部分。
14.Overview of Advanced Technology for Geared Turbofan Engine (GTF)齿轮传动涡轮风扇(GTF)发动机先进技术综述
15.pressure compound impulse turbine复式压力级冲动式涡轮机
16.pressure-compounded reaction turbine复式压力级反动式涡轮机
17.bucket for stators or rotors of hydraulic turbines水力涡轮机定子或转子戽斗
18.Relations between the Vortex and Pressure Fluctuation in Draft Tube of the Hydraulic Turbine;水轮机尾水管涡带与压力脉动的关系
相关短句/例句
wind turbine风力涡轮机;风轮机 WT
3)wind turbines generating electricity风力发电涡轮机
4)wind turbine风力涡轮
1.In this paper two advanced aerodynamic blade design methods were developed for horizontal axiswind turbines,namely PROPID and PROPGA.在实际风轮设计中的成功使用证明 ,PROPID和 PROPGA是一种强有力的设计工具 ,两者的结合使用可以得到最佳的风力涡轮气动性
2.Most design and analysis methods widely used for horizontal axiswind turbine performance prediction are based on the traditional 2D blade element/momentum theoretical methods,which are underpredict thewind turbine power output in high wind speed due to effects of rotation on thewind turbine blade.传统的水平轴风力涡轮设计与性能预估方法是基于经典的叶素理论以及二维风洞翼型气动数据 ,为有效地设计高性能的风力涡轮 ,必须对该方法不能处理的失速延迟现象进行修正。
3.Most design and analysis methods widely used for horizontal axiswind turbine performance prediction are based on the traditional 2 D blade element/momentum theory(BEMT)methods,which are inadequate and underpredict thewind turbine rotor power output in the high wind/peak power condition,owing to effects of rotation on thewind turbine blade boundary layer.目前广泛使用的水平轴风力涡轮设计及性能预估方法是基于经典的二维叶素理论以及二元风洞翼型实验数据。
5)turbo-fan涡轮风机
6)tip radlus(风力涡轮机)叶尖半径
延伸阅读
风力风力wind forcefengli风力(windfo犯e)风的强度。气象上用蒲福风级表示风力大小的等级(见485页表)，即对应于一定风速范围的风对地面(或海面)物体影响程度，将风的强度从弱到强依次定出的等级，系英国人F，蒲福于l8()5年所拟定，以后几经修改。自l洲6年以来，修订为18个等级(0~17级)。(朱淑兰)
