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- The AS -T curves of the nanomaterials are smoother than that of the bulk materials, So nanomaterials are the magnetic refrigerant materials which are more suitable for the Ericsson cycle than the bulk materials. 经研究还发现，纳米材料的温熵曲线较块材平滑，是较块材更为适合磁埃里克森循环的室温磁制冷材料。
- Study on the Vacuum Diffusion Bonding Technics Between Magnetic Refrigerant Material Gd at Room-temperature and Cu 室温磁制冷材料Gd与Cu的真空扩散焊工艺
- room temperature magnetic refrigeration material 室温磁制冷工质
- magnetic refrigerant material 磁致冷材料
- 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
- Research Status of Magnetic Refrigerating Materials 磁制冷工质研究现状
- Magnetic refrigerating materials 磁制冷材料
- magnetic refrigeration materials 磁制冷材料
- Keywords magnetic refrigeration material;magnetocaloric effects;magnetic refrigeration technology; 磁致冷材料;磁热效应;磁致冷技术;
- M-H Curve Measurement Method and Apparatus for Magnetic Refrigeration Materials 磁制冷材料在不同温度下的M-H曲线测量方法及设备的研究
- Recent Development in Room-temperature Magnetic Refrigerating Materials 室温磁致冷材料的研究进展
- magnetic refrigerating material 磁致冷材料
- magnetic refrigeration material 磁制冷材料
- Keywords nanoparticles;bulk nanocrystalline material;rare-earth gadolinium;magnetocaloric effect;layer composite magnetic refrigeration materials; 纳米颗粒;纳米晶块体;稀土金属;磁热效应;层状复合磁制冷材料;
- Cubic NaZn_(13)-type compounds La(Fe_xM_(1-x))_(13) (M=A1, Si) were promising candidate for magnetic refrigerant due to their low cost, friendly environment and large magnetocaloric effect. 立方NaZn_(13)型金属间化合物La(Fe_xM_(1-x))_(13)(M=Al，Si)，由于其价格低廉、环境友好且具有大的磁热效应，有望成为优良的磁制冷工质。
- Evaluation on Magnetocaloric Effect of Magnetic Refrigerating Materials Near Room Temperature 几种室温磁致冷材料磁热效应的比较
- Recent Development and Prospect of Magnetic Refrigeratory Materials at Near Room Temperature 室温磁制冷材料研究现状及发展前景
- Keywords magnetic refrigeration, refrigerating materials, gadolinium, corrosion and protection, inhibitor; 室温磁制冷;磁致冷材料;钆;腐蚀与防腐;缓蚀剂;
- Keywords Gd_5（Si_xGe_（1-x））_4 alloys;magnetic refrigeration materials;microstructure;magnetocaloric effect;powder X-ray diffraction; 4合金;室温磁致冷材料;磁热效应;显微组织;粉末X-射线衍射;
- Dalian is a magnet for tourists. 大连是吸引游客的地方。
