Heatlosses from the reservoir by heatconduction cannot be prevented.
热储通过热传导的热损耗是无法阻挡的。
2
The usage of nonmetallic materials with low heat conductivity is beneficial to a better performance provided that only the axial heatconductionlosses are considered.
仅从降低轴向导热损失的角度讲,使用低导热率的非金属材料制作制冷机部件对制冷性能有较大的积极作用。
3
The static conduction, shuttle and radiation heatlosses, as well as regenerator inefficiency have been considered.