igv

With IGV / rotor interaction , the rotor flow field was changed significantly .

在引入导叶/转子干涉之后，转子流场结构发生显著变化。

Impact of IGV / rotor interaction on rotor flow field in an axial compressor

轴流压气机内导叶/转子干涉对转子流场的影响

The IGV / rotor interaction phenomenon in a one stage low speed axial compressor was investigated experimentally .

对于一台单级低速轴流压气机内的导叶/转子干涉现象进行了实验研究。

IGV outlet swirl distribution and switch mode have remarkable effects on CDFS performance ;

③进口可调导叶出口气流角分布和调节方式对CDFS的性能有重要影响；

On the basis of the compressor characteristic this paper analyses the function and theory of IGV as well as it 's structure and control .

就压气机特性分析了IGV的功用、原理，介绍了M701F型燃机可变导叶机构结构与控制。

Therefore the prerotation coefficient and the resistance coefficient could be used as major parameters to evaluate the performance of IGV .

针对风机调节门的流动特性，采用预旋系数、阻力系数做为全面评价风机调节门性能的主要指标是可行的。

Conclusion These findings presented the possibility of expressing the human B7.2 ( IgV + C ) molecule in prokaryotic expression system .

结论证明了利用原核系统表达人B7.2（IgV+C）的可行性。

The results show that the rotor unsteady aerodynamic force can be reduced prominently when the relative circumferential position of the IGV and the stator blade altered .

结果表明，通过调整导叶-静子的周向相对位置，可以使中间转子叶片表面非定常气动力的一阶响应幅值显著减小。

The investigation shows the performance gets quite insensitive to the prewhirl angle of IGV as the stagger angle of diffuser vane is reduced to the minimum 7 °;

研究表明：扩压器进口安装角最小值为7°时，压缩机性能对进口导叶预旋角不敏感；

Being one of the B7 superfamily , the structure of PD-L2 contains IgV , IgC-like area , transmembrane domain and a short cytoplasmic tail .

PD-L2为B7超家族成员，在蛋白结构上包含有IgV样区、IgC样区、跨膜区和一个短而保守的胞浆区尾部。