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首页> 外文期刊>International Journal of Refrigeration >Innovative ideas for future research on magnetocaloric technologies
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Innovative ideas for future research on magnetocaloric technologies

机译：磁热技术未来研究的创新思路

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Magnetic heating, refrigeration and energy conversion have caused awareness of being promising future environmentally benign technologies with much potential to enter some existing markets. An increased research activity is observed, which to the end of the year 2010 lead to approximately forty-two prototypes. As most of these machines contain solid linear moving or rotating beds - consisting of magnetocaloric material - through static magnetic fields or moving magnets, which sweep a magnetic field over a static bed, all researchers face more or less the same problems. These concern materials, fluids, design and the operation characteristics. In this article innovative new system ideas are presented, which may have the potential to overcome existing barriers. The article is a proposal to the research community in the field of magnetocaloric technologies for future R&D activities. Taking into account all the limits and problems that researchers are facing at present, the best chance to bring magnetocaloric technologies to the market is to try some substantially new approaches that go beyond the present state-of-the-art.
机译：电磁加热，制冷和能源转换已引起人们的认识，即它们有望成为有前景的未来环境友好型技术，并具有进入某些现有市场的巨大潜力。观察到越来越多的研究活动，到2010年底，大约产生了42个原型。由于这些机器中的大多数都包含通过静磁场或移动磁体（它们将磁场扫过静态床）的，由磁热材料构成的固体线性移动或旋转床，所有研究人员或多或少都面临着同样的问题。这些涉及材料，流体，设计和操作特性。本文介绍了创新的新系统构想，这些构想可能具有克服现有障碍的潜力。本文是对磁热技术领域的研究机构提出的未来研发活动的建议。考虑到研究人员当前面临的所有局限性和问题，将磁热技术推向市场的最佳机会是尝试一些超越当前最新技术的实质性新方法。

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