强调了制冷机生态学准则的主要内容是要使制冷率与制冷率耗散达到最佳的折衷。
It is emphasized that the main content of ecological optimization criterion of a refrigerator is to make the best compromise between the refrigeration rate and its dissipation.
求出内可逆谐振子量子卡诺制冷机的生态学优化性能，并讨论了制冷机的导热规律。
The ecological optimum performance of a endoreversible quantum Carnot refrigerator is found, and heat transfer law of the refrigerator is discussed.
微型斯特林制冷机可广泛应用于气象、军事、航空航天、低温电子学、低温医学等领域。
Micro-stirling cryocooler can be extensively applied in many territories, such as weather, military, aviation, low temperature electronics, the low temperature medical science and so on.
将有限时间热力学、非平衡量子统计理论和火用经济学相结合，导出了量子斯特林制冷机的最大利润率以及对应的性能界限。
Comprising the finite time thermodynamics, nonequilibrium statistical theory and exergeocnomics, the maximum exergeoeconomic profit and performance limit are derived in the article.
指出了“关于量子卡诺制冷机的生态学优化性能”一文中的错误，并作了较为详细的分析和讨论。
It is pointed out that the article of "on the ecological optimum performance of a quantum Carnot refrigerator" is incorrect. And the same time the analysis and review are done in detail.
通过运动学与动力学平衡分析，提出了菱形驱动斯特林制冷机热力计算方法，该方法能够简化多级斯特林制冷机的计算。
Through its kinematics and dynamics balance analyzed in this paper, the method was presented that was a thermal calculation of a Stirling-cycle cooler based on rhombic-drive.
通过运动学与动力学平衡分析，提出了菱形驱动斯特林制冷机热力计算方法，该方法能够简化多级斯特林制冷机的计算。
Through its kinematics and dynamics balance analyzed in this paper, the method was presented that was a thermal calculation of a Stirling-cycle cooler based on rhombic-drive.
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