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Evaluation of Active Magnetic Regenerator with Mn-based Compound as Magnetic Refrigerant

机译：锰基化合物作为磁性制冷剂的主动式磁蓄冷器性能评估

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摘要

The primary objective of this paper is to discuss the fundamental cooling characteristics of a magnetic heat pump, which operatesrnbased on an active magnetic regenerator (AMR) with a MnFeRuPSi compound as the magnetic refrigerant. This paperrninvestigates the performance of an AMR made of flat parallel plates of a MnFeRuPSi compound. The basic components of therntarget system are a magnetic circuit, a test section, a fluid blowing system, and the associated instrumentation. The magneticrncircuit, which consists of two opposing permanent magnets placed 20 mm apart and a yoke, is installed on a PC-controlled sliderrnstage to change the magnetic field from 0 to 1.1 T with a reciprocating motion. The temperatures at both sides of the regeneratorrnare measured and compared, along with the results for gadolinium. The results reveal that the MnFeRuPSi compound is arnrefrigerant candidate for a magnetic heat pump.
机译：本文的主要目的是讨论磁热泵的基本冷却特性，该磁热泵基于以MnFeRuPSi化合物为磁制冷剂的有源磁蓄热器（AMR）运行。本文研究了由MnFeRuPSi化合物的平行平板制成的AMR的性能。目标系统的基本组件是磁路，测试部分，流体喷射系统以及相关的仪器。磁路由两个相距20 mm的相对永磁体和一个磁轭组成，安装在PC控制的滑台上，通过往复运动将磁场从0 T改变为1.1T。测量并比较蓄热器两侧的温度，以及for的结果。结果表明，MnFeRuPSi化合物是电磁热泵的无制冷剂候选材料。

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  • 会议地点 Victoria(CA)
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    T. KAWANAMI; T. KOMIYA; H. WADA; K. YAMASHITA; T. ONISHI; K. SOEJIMA;

  • 作者单位

    Department of Mechanical Engineering, Kobe University Kobe, Japan, kawanami@mech.kobe-u.ac.jp;

    Department of Mechanical Engineering, Kobe University Kobe, Japan;

    Department of Physics, Kyushu University Fukuoka, Japan, wada@phys.kyushu-u.ac.jp;

    RD Department, DYDEN Corporation Saga, Japan, yamashita@dyden.co.jp;

    RD Department, DYDEN Corporation Saga, Japan, oonishi@dyden.co.jp;

    RD Department, DYDEN Corporation Saga, Japan, kei_soejima@dyden.co.jp;

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