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1·In this paper, a method to predict compressor rotor weight has been described with a calculation example.

本文针对压气机转子，提出了一种预估其重量的方法，并进行了实例计算，取得了较满意的结果。

2·Forced surge test may cause over vibration and damage to the compressor rotor during the compressor characteristics test.

压气机特性试验中逼喘是必须进行的，但它常常造成压气机转子振动过大，并对压气机转子造成一定的损伤。

3·Last, a 9-stage compressor rotor was taken as an example, the effects of different types of seal on the rotor stability were compared.

最后以一台九级合成气压缩机转子为例，比较不同密封对转子稳定性的影响。

4·The influence of tip clearance on overall performance and detailed flow structure in tip region of an axial compressor rotor was investigated.

研究了顶部间隙对压气机转子总性能及内部流场的影响。

5·Consult with the fault modes of rotating mechanics and bevel wheel, the fault modes of screw compressor rotor are founded together under the practical engineering.

本文综合考虑斜齿轮以及旋转机械转子的故障模式，结合具体的工程实际建立了螺杆压缩机阴阳转子的故障模式。

6·The combined compressor rotor in not able to reach the maximum rating speed on test bench because its level of vibration is very high and exceeds vibration limits.

组合压气机试验件台架试验时振动较大，转子无法达到额定转速。

7·Screw compressor rotor tooth surface actually gaps between, and ability, can be pressed send impact liquid containing liquid gas, including dust, easy polymerization gas, etc.

螺杆压缩机的转子齿面间实际上留有间隙，因而能耐液体冲击，可压送含液气体、含粉尘、易聚合气体等。

8·Based on the numerical simulation method, frequency spectrum analysis and structure analysis were conducted for the three dimensional unsteady flow inside the compressor rotor.

通过数值模拟，对一个低压压气机转子的非定常流场进行结构分析和频谱分析。

9·According to the General Theory of Three-Dimensional flow in Turbomachines, the quasi-three dimensional calculation of the transonic flow field has been achieved for a compressor rotor.

本文依据三元流动的通用理论，完成了一个跨声速压气机转子流场的准三元迭代计算。

10·Reciprocating compressors is using the piston, the crank, link mechanism or the piston, the crank, sliding tube institutions, rotary compressor rotor is the use of crankshaft institutions.

往复式压缩机使用的是活塞、曲柄、连杆机构或活塞、曲柄、滑管机构，旋转式压缩机使用的是转轴曲轴机构。