宽温域Mn基反钙钛矿复合磁制冷材料的设计和制备
Design and Preparation of Mn-based Antipervoskite Magnetic Refrigerant Composites with Wide Temperature Range
宽温域Mn基反钙钛矿复合磁制冷材料的设计和制备 |
| 梁鹏利, 闫君, 魏诗杰, 蒋丛稷, 陈云琳 |
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Design and Preparation of Mn-based Antipervoskite Magnetic Refrigerant Composites with Wide Temperature Range |
| LIANG Pengli, YAN Jun, WEI Shijie, JIANG Congji, CHEN Yunlin |
| 图3 Mn3Sn1-x Cu x C1-xN x (x=0.125，0.111，0.100，0.091)和Mn3SnC的热流曲线、熵变与温度曲线以及复合材料(实线和虚线分别表示实验测量和理论计算值)的热流曲线和熵变与温度的关系 |
| Fig.3 Temperature dependence of the heat flows (a) and entropy changes (b) for Mn3SnC and Mn3Sn1-x Cu x C1-x N x (x=0.125，0.111, 0.100, 0.091) and temperature dependence of the heat flows (c) and entropy changes (d) for composite material (The solid line and dash line represent the experimental measurement and theoretical calculation, respectively) |
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