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  • 低居里點FeCrB非晶合金的磁熱效應

    Magnetocaloric effect of FeCrB amorphous alloys with low Curie point

    • 摘要: 基于輸電線路抗覆冰的應用背景,通過對Fe100-x-yCrxBy(x=11~20,y=9~20)的成分調節和快淬工藝參數控制,制備了同時具有低居里溫度和高飽和磁極化強度的非晶帶材.測試研究表明Fe65Cr15B20和Fe64Cr16B20的居里溫度分別為28.6和11.6℃,Fe65Cr15B20和Fe64Cr16B20在0℃的飽和磁極化強度分別為0.69和0.62 T.設計組裝了一種近似絕熱磁致熱功率的測量裝置,用該裝置對Fe65Cr15B20和Fe64Cr16B20兩種非晶合金帶的磁熱功率進行了近似測量和分析.

       

      Abstract: Fe100-x-yCrxBy(x=11-20, y=9-20) amorphous ribbons with low Curie point and high saturation magnetization, which could be applied in anti-icing in transmission lines, were prepared by rapid-quenching with various technological parameters. Experimental results show that the Curie temperatures of Fe65Cr15B20 and Fe64Cr16B20 amorphous ribbons are 28.6 and 11.6℃, while the saturation magnetizations of Fe65Cr15B20 and Fe64Cr16B20 amorphous ribbons are 0.69 and 0.62 T at 0℃, respectively. Magnetocaloric effects of Fe65Cr15B20 and Fe64Cr16B20 amorphous ribbons were approximately measured and analyzed by using a self-designed apparatus on the basis of the near heat-insulation method.

       

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