| 1. | Variable moving blade double stage axial fan
动叶可调双级轴流式风机 |
| 2. | Variable moning blade axial flow fan
动叶可调轴流式风机 |
| 3. | Movable vane type turbine
动叶式水轮机 |
| 4. | Experimental investigation of discharge coefficients of film cooling hole on turbine blade
吹风比对涡轮动叶型面气膜孔流量系数的影响 |
| 5. | Application of frequency variable speed control technique to rotating type coarse coal powder separator with static - dynamic blade
和变频调速控制的静动叶结合型旋转式粗粉分离器 |
| 6. | Numerical analysis of the behavior of two - dimensional separation flow of a turbine last stage rotor cascade at large negative incidence
大负攻角下汽轮机末级动叶栅二维分离流特性的数值分析 |
| 7. | Numerical investigation of three - dimensional separation flow in the rotor cascade of a steam turbine governing stage at large negative incidence
汽轮机调节级动叶栅大负冲角工况下的三维分离流动研究 |
| 8. | Besides , efficiency curves versus clocking positions can be improved globally by changing rotor ' s position from the middle of two stator rows or by reducing the distance between two stators in axial direction
另外，处于两静叶排正中的动叶位置的前后移动或缩短静叶排间的距离均能带来时序效应影响下效率的整体提升。 |
| 9. | Time averaged temperature distributions on rotor surface will greatly change with the hot streak / airfoil ratio , and the temperature distribution changes more on the pressure surface than that on the suction surface of the rotor
改变热斑数与导叶通道数比会对动叶时均温度分布产生较大影响，动叶压力面温度分布所受的影响更大。 |
| 10. | Fix - angle adjusting of vanes is more facilitate and prompt than before by controlling hydraulic adjusting system of moving vanes of ventilator , which can owe to combination of hydraulic and computer control technology
利用液压和计算机控制技术的结合，对通风机动叶液压调节系统进行控制，使叶片安装角度的调节更加方便和快捷。 |
