首页> 外文期刊>Chemie-Ingenieur-Technik: Verfahrenstechnik Technische Chemie Apparatewesen Biotechnologie >Magnetic Cooling Becoming a Hot Topic: How Novel Magnetocaloric Materials Pave the Way for First Applications of Energy-Efficient Cooling
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Magnetic Cooling Becoming a Hot Topic: How Novel Magnetocaloric Materials Pave the Way for First Applications of Energy-Efficient Cooling

机译:磁冷却成为热门话题:新型磁热材料如何为节能冷却的首次应用铺平道路

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摘要

For more than 100 years the vacuum compressor has been the benchmark in refrigeration technology. Meanwhile, the discovery of new materials with a giant magnetocaloric effect allows the construction of a novel heat pump with a much higher efficiency. Current prototypes that have been realized recently allow testing novel materials in heat exchangers with tailor-made geometry such that the energy efficiency can be optimized on the device level. Absolutely essential is the development of a computer-based model that predicts the performance of the complete heat pump based on the physical properties of the active magnetocaloric materials.
机译:一百多年来,真空压缩机一直是制冷技术的标杆。同时,发现具有巨大的磁热效应的新材料使得可以构造出效率更高的新型热泵。最近实现的当前原型允许在具有定制几何形状的热交换器中测试新型材料,从而可以在设备级别上优化能源效率。绝对必要的是基于计算机的模型的开发,该模型根据活性磁热材料的物理特性预测整个热泵的性能。

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