在分析中将压气机内的流场按可压缩气体处理，同时考虑温度对颗粒运动轨迹的影响。
In this simulation, the particle trajectory affected by the temperature in the compressor must be considered because the high gas velocity leads to the gas temperature increasing.
涡流管内能量分离过程与工质的运动密切相关，管内可压缩气体流动是涡流管能量分离的根本原因与驱动力。
It is clearly that energy separation has closely relationship with the moving of compressed gas in the tube, which is the source of energy separation.
本文以涡流管内可压缩气体三维强旋转湍流流场为研究对象，采用数学分析和数值模拟方法对涡流管内流场结构进行研究。
This paper does research on the three dimensional turbulent flow fields of compressible air with highly rotation, using methods of mathematical analyze and CFD simulation.
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