1) IgV
IgV
1.
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。
2) IGV
进口导叶
1.
Numerical and Experimental Investigation to Unsteady IGV-Impeller-Diffuser Interaction;
进口导叶/叶轮/扩压器非定常相干的数值与实验研究
2.
The flow field behind the inlet guide vane(IGV) of the centrifugal compressor was measured under different IGV prewhirl angle,and the influence of IGV prewhirl angle on the flow field and performance was investigated.
在不同的进口导叶预旋角度下对一单级离心压缩机级进口导叶后面的流场进行了测量,分析了进口导叶预旋角度对流动及性能的影响。
3) IGV ddjusting
IGV调节
4) IGV control
进口可调导叶控制
1.
Mitsubishi M701F gas turbine,which use DIASYS netmation control system,includes some main controlling methods,such as auto load regulation,speed control,load control,blade path temperature control,exhaust temperature control,IGV control.
分别介绍三菱M701F燃气轮机控制系统的主要控制方式:自动负荷调节、转速控制、负荷控制、温度控制、进口可调导叶控制,简要分析控制系统的构成、逻辑、功能和特点。
5) IGV-impeller interaction
动静相干
1.
The main factors to IGV-impeller interaction were also discussed to analyze the influence of unsteady flow effect upon flow field of impeller.
对不同预旋角度下进口导叶/叶轮的相干进行了非定常的数值模拟,讨论了动静相干效应的主要因素,分析了非定常效应对叶轮内流场结构的影响。
6) variable geometry IGV
变几何导叶
参考词条
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