低温与超导
低溫與超導
저온여초도
CRYOGENICS AND SUPERCONDUCTIVITY
2009年
6期
41-46
,共6页
活性蓄冷器%数学模型%制冷性能
活性蓄冷器%數學模型%製冷性能
활성축랭기%수학모형%제랭성능
Active magnetic regenerator%Mathematical model%Refrigeration performance
活性蓄冷器是室温磁制冷机的核心部分,它的性能直接影响整个磁制冷系统.了解其工作机理和热力学特性对制冷机的设计与优化具有重要意义.综述了近年来活性蓄冷器数学模型的研究进展,并对模型进行了比较分析.
活性蓄冷器是室溫磁製冷機的覈心部分,它的性能直接影響整箇磁製冷繫統.瞭解其工作機理和熱力學特性對製冷機的設計與優化具有重要意義.綜述瞭近年來活性蓄冷器數學模型的研究進展,併對模型進行瞭比較分析.
활성축랭기시실온자제랭궤적핵심부분,타적성능직접영향정개자제랭계통.료해기공작궤리화열역학특성대제랭궤적설계여우화구유중요의의.종술료근년래활성축랭기수학모형적연구진전,병대모형진행료비교분석.
Active magnetic regenerator is the core of the room temperature magnetic refrigerator. AMR's performance is crucial to the refrigeration of the magnetic refrigeration system. The study on the thermodynamic properties and principles of the active magnetic regenerator is very significant for designing and optimizing the room temperature magnetic refrigerator. This paper reviews the development of the active magnetic regenerator's mathematical models and makes comparative analysis.