This paper presents an innovative p

This paper presents an innovative permanent magnetic
scroll expander which has potential to improve the
performance and the energy efficiency of scroll expanders,
especially for the applications in low compressed air supply
pressure situations. The paper starts from the study of the
scroll geometry and the thermodynamic process of standard
scroll expanders. The methodology to determine and to
install the magnetic materials into scrolls for generating the
extra useful force is then described. The magnetic field
between magnetized scrolls and the resultant driving torque
to the expander are analysed. The simulated result is
discussed at the end.

結果 (中文) 1:

本文提出了创新的永磁滚动膨胀机，具有潜力提高性能和能效涡旋膨胀机尤其是对在低压缩空气供应中的应用压力的情况。本文从研究入手滚动几何和热力过程的标准滚动膨胀剂。确定方法和将磁性材料安装到卷轴的生成然后描述额外有用的力量。在磁场中磁化的卷轴与驱动力矩的合力对膨胀机进行分析。模拟的结果是在结束讨论。

結果 (中文) 3:

本文提出了一种新型的永磁
涡旋膨胀机具有潜在的改善
涡旋膨胀机的性能和能源效率，
尤其在低压缩空气供应
压情况下的应用。本文从
滚动的几何形状和标准
涡旋膨胀机热力过程的研究。确定和
方法安装磁性材料为卷轴产生
额外有用的力进行了描述。磁化的卷轴和由此产生的驱动力矩
的膨胀之间的磁场
分析。模拟结果
最后讨论。