科技风
科技風
과기풍
TECHNOLOGY WIND
2014年
19期
91-92
,共2页
纳米晶%静态磁性%磁滞回线%矫顽力
納米晶%靜態磁性%磁滯迴線%矯頑力
납미정%정태자성%자체회선%교완력
Nanocrystal ine%Staticmagnetic%Hysteresisloop%Coercivity
采用单辊熔体急冷法制备了非晶Fe39.4-xCo40Si9B9Nb2.6Cux合金薄带，在不同温度退火后得到双相纳米晶合金。研究了纳米晶合金的静态磁性随退火温度的变化，结果表明490℃退火后可以得到最优的静态性能；研究了Cu含量对合金性能的影响，结果表明随Cu含量的增加，纳米晶合金晶粒尺寸得到有效细化，使得其静态磁性更加优良。
採用單輥鎔體急冷法製備瞭非晶Fe39.4-xCo40Si9B9Nb2.6Cux閤金薄帶，在不同溫度退火後得到雙相納米晶閤金。研究瞭納米晶閤金的靜態磁性隨退火溫度的變化，結果錶明490℃退火後可以得到最優的靜態性能；研究瞭Cu含量對閤金性能的影響，結果錶明隨Cu含量的增加，納米晶閤金晶粒呎吋得到有效細化，使得其靜態磁性更加優良。
채용단곤용체급랭법제비료비정Fe39.4-xCo40Si9B9Nb2.6Cux합금박대，재불동온도퇴화후득도쌍상납미정합금。연구료납미정합금적정태자성수퇴화온도적변화，결과표명490℃퇴화후가이득도최우적정태성능；연구료Cu함량대합금성능적영향，결과표명수Cu함량적증가，납미정합금정립척촌득도유효세화，사득기정태자성경가우량。
The amorphous thin ribbons of Fe39.4- xCo40Si9B9Nb2.6Cux were obtained by single rol er melt- quenching method and the duplex nanocrystal ine al oy was obtained which annealed at different temperatures. The static magnetic performance of nanocrystal ine al oys was studies and the optimal alloy was annealed at 490℃.The effect of Cu content was discuss and the result indicate that the nanocrystal ine grain size was refined by in-creasing Cucontent,which improves the staticmagneticper form an ceofnanocrystal inealloys.
