功能材料
功能材料
공능재료
JOURNAL OF FUNCTIONAL MATERIALS
2009年
11期
1791-1793
,共3页
卢云%申蓉%冯哲圣%曹奎
盧雲%申蓉%馮哲聖%曹奎
로운%신용%풍철골%조규
磁致伸缩材料%Ni-Fe合金%磁性能
磁緻伸縮材料%Ni-Fe閤金%磁性能
자치신축재료%Ni-Fe합금%자성능
magnetostrictive material%Ni-Fe alloy%magnetic properties
化学成分对磁致伸缩波导丝的性能产生重要影响.中频感应熔炼技术制备出Ni-Fe磁致伸缩合金铸锭,研究了Ni、Fe含量对合金磁性能、相结构以及合金金相的影响,并分析产生变化的原因.研究表明,提高Ni含量为43%时,合金的磁致伸缩系数最高、磁性γ相强度增强,而矫顽力变化不明显.
化學成分對磁緻伸縮波導絲的性能產生重要影響.中頻感應鎔煉技術製備齣Ni-Fe磁緻伸縮閤金鑄錠,研究瞭Ni、Fe含量對閤金磁性能、相結構以及閤金金相的影響,併分析產生變化的原因.研究錶明,提高Ni含量為43%時,閤金的磁緻伸縮繫數最高、磁性γ相彊度增彊,而矯頑力變化不明顯.
화학성분대자치신축파도사적성능산생중요영향.중빈감응용련기술제비출Ni-Fe자치신축합금주정,연구료Ni、Fe함량대합금자성능、상결구이급합금금상적영향,병분석산생변화적원인.연구표명,제고Ni함량위43%시,합금적자치신축계수최고、자성γ상강도증강,이교완력변화불명현.
Chemical composition is one of the important factors for the Ni-Fe alloy magnetostrictive waveguide wire, Ni-Fe alloy is prepared in medium frequency induction furnace, and the effects of the content of Ni and Fe on magnetic performance,phase structure and metallographic about Ni-Fe alloy are presented , and analyze the reasons for these changes. The results indicated that when the content of Ni if 43%, magnetostrictive coefficient and strength of magnetic γ-phase is the best, but the coercivity did not change significantly.