This paper reports a novel permanen

This paper reports a novel permanent magnetic scroll
expander for improving the typical scroll expander
performance and energy efficiency. A mathematical model
for the proposed scroll mechanism is developed. The
associated magnetic field strength and magnetic torque are
analysed by the simulation study. The development of the
prototype of magnetic scroll expander and its related tests
are on-going. The further R&D and experimental findings
are expected to be reported in the near future.

結果 (中文) 1:

本文报道了新型的永久磁性滚动为提高典型的涡旋式膨胀机膨胀机性能和能源效率。一个数学模型为拟议的滚动开发机制。的关联的磁场强度和磁力矩通过仿真研究分析。发展磁性涡旋式膨胀机和其相关的测试原型仍在进行。进一步的研发和实验结果预计在不久的将来报道。

結果 (中文) 3:

本文报道了一种新型的永磁涡旋膨胀机提高
典型
涡旋膨胀机的性能和能源效率。提出的滚动机制的数学模型
。
相关的磁场强度和磁力矩的仿真研究，分析了
。对磁涡旋膨胀机及其相关的测试
的
原型开发正在进行。进一步的研究&D和实验结果
有望在不久的将来报道。