通过理想的实验方式,专题说明了在保守力场中单一温度系统实行热力转换的方式,并认为这一方式是由于热力转换后的工质,通过外力场决定下的介质宇态(即能态)相同的作用,来完成工质状态回复的,这也是我们所描述的单热源热机同卡诺型热机的根本区别所在。通过分析,说明了单一热源热力转换的可行性及成立的原因。 Through an ideal experimental approach, the project explained the way in which a single temperature system implemented thermal conversion in a conservative force field, and considered this approach to be due to the heat-converted working medium and the medium state (ie energy state) determined by the external force field. ) The same role is used to complete the recovery of the working condition. This is also the fundamental difference between the single heat source heat engine and the Kano heat engine described by us. Through analysis, the feasibility of a single heat source thermal conversion and the reasons for its establishment are illustrated.