1.
Study on characteristic of flow for the diversion components of the Francis turbine with high specific speed
高比转速混流式水轮机引水部件水流特性研究
2.
Numerical Simulation of Interior Flow for High Specific Speed Mixed-flow Pump and Its Characteristics Prediction;
高比转速混流泵内部流场数值模拟与性能预测
3.
Numerical Simulation of Interior Flow for High Specific Speed Mixed-flow Pump Designed by Constant Circulation flow Pattern
等环量流型高比转速混流泵内部流场数值模拟
4.
Numerical simulation for adjustable high specific speed mixed-flow pump
可调叶片高比转速混流泵内部流场数值模拟
5.
Study on the Design、Numerical Simulation and Experimental Research of High Specific Speed Mixed Flow Pump Basing on the Distribution of Circulation
基于环量分布的高比转速混流泵设计、数值模拟及试验研究
6.
Influence of silt particle diameter and volume fraction on centrifugal pumps with high specific speed
泥沙颗粒直径及体积分数对高比转速离心泵的影响
7.
The direct convertor is fact, but with little accuracy.
直接比较式转换器速度高，但精度低。
8.
Impact of impeller type on performance of high-speed centrifugal pumps with ultra-low specific-speed
叶轮型式对超低比转速高速离心泵性能的影响
9.
Orthogonal design of complex impeller of centrifugal pump with super-low-specific-speed
超低比转速高速离心泵复合式叶轮的正交设计
10.
number of revolutions to speed
螺旋桨转速与航速比转数与船速比
11.
Comparator Applicable for High Speed High Resolution ADC
一种应用于高速高精度模数转换器的比较器
12.
Alpine skiing consists of the downhill,super G,giant slalom,slalom and combined.
高山滑雪包括高山速降,超级大回转比赛,小回转比赛,大回转比赛和高山滑雪混合赛。
13.
6 Bit Super Speed Flash ADC Design;
6比特超高速全并行模数转换集成电路设计
14.
Design and Implementation of High-speed Forwarding Engine Based on Terabit Router;
基于T比特路由器高速转发引擎的设计与实现
15.
Geometric formation method of short blades on compound impeller of high-speed centrifugal pump with super-low specific speed
超低比转速高速离心泵复合叶轮短叶片的几何造型方法
16.
Although such a rotor is of comparatively small diameter, its peripheral speed may be as high as 13000m/min;
虽然这样的转子直径比较小，但其圆周速度可高达13000米/分
17.
The results indicated that the fuel consumption was slightly reduced and smoke level was improved apparently and the power was increased.
柴油机的比油耗有所下降，转速有所提高，排气烟度得到大幅度改善。
18.
High-speed analog-to-digital conversion chips can thus exploit hundreds of megahertz of RF spectrum simultaneously.
高速类比数位转换晶片因此能同时运用数亿赫兹的RF频谱。