magnetic refrigerant materials

Aiming at the low thermal conductivity of magnetic refrigerant materials themselves and the characteristic of the inter-metallic compound, this paper analyzed and compared with different technical methods, and then raised a new technical scheme.

针对不同形状、不同种类的磁制冷材料本身导热系数低和金属间化合物的特点，分析比较了几种成型工艺方法，提出了一种新的成型工艺方案。

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The basic principles of designing ambient temperature magnetic refrigerant materials and concrete method are given.

本文给出了设计室温磁制冷功能材料的基本原则及具体方法。

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For the purpose of preparing near-room temperature perovskite magnetic refrigerant materials, La_0.65Ca_0.18Sr_0.17MnO_3 perovskite materials were synthesized with common inorganic starting materials by hydrothermal method.

为了合成居里温度在室温附近的钙钛矿磁致冷材料，用简单的无机原料，采用水热合成法合成了La0.65Ca0.18Sr0.17MnO3钙钛矿材料。

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The Development and Study State of Magnetic Refrigerant Materials

磁致冷材料的发展与研究概况

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Finally, based on formerly researches, a detailed analyse was made on the effects of the properties of magnetic-phase transition on the MCE in some typical magnetic refrigerant materials, then some conclusions were presented.

最后，本论文还在总结前人工作的基础上，针对磁相变的性质对磁热效应的影响作了较为详细地分析，并从中得出了一些结论。

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The use of the magnetic refrigerant materials in practice was discussed and bi-cycle reciprocating magnetic refrigerator was designed at the same time.

同时，还就磁致冷材料的实用化进行了讨论并设计了双循环往复式磁致冷机模型。

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Study on the Adhesion Property of Surface Protective Films on the Magnetic Refrigerant Materials

磁制冷材料表面保护膜附着性能的研究

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Review on Research and Development of Gd_5 ( Si_xGe_ ( 1-x))_4 Magnetic Refrigerant Materials

Gd5（Si xGe（1-x））4磁致冷材料的研究与发展

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