Syntheses and Fundamental Properties of Cr/Mo-Adoped Fe-Rich Alloys With Metastable Phase and Saturation Magnetization Near 1.9 T

Syntheses and Fundamental Properties of Cr/Mo-Adoped Fe-Rich Alloys With Metastable Phase and Saturation Magnetization Near 1.9 T

The Fe-rich alloys of Fe90-xSi5B5Mx (M= Cr or Mo; x=1, 2) are synthesized in the present study. The as-spun structure mainly consists of bcc phase plus a minor amount of metastable phase (Fe3B and/or Fe23B6). Comparing with the base alloy Fe90Si5B5, the corrosion resistance is improved significantly due to the formation of the passive film. Saturation magnetic flux density reaches 1.9 T for the melt-spun alloys Fe89Mo1Si5B5. The alloys present a nearly constant high permeability in a rather high magnetic field up to coercive field which can be used as a new kind of sensor material with good fundamental properties and low cost.

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Main Authors: Ding,Jian, Han,Ye, Kong,Fanli, Inoue,Akihisa, Zhu,Shengli
Format: Digital revista
Language:English
Published: ABM, ABC, ABPol 2016
Online Access:http://old.scielo.br/scielo.php?script=sci_arttext&pid=S1516-14392016000601299
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spelling oai:scielo:S1516-143920160006012992016-12-20Syntheses and Fundamental Properties of Cr/Mo-Adoped Fe-Rich Alloys With Metastable Phase and Saturation Magnetization Near 1.9 TDing,JianHan,YeKong,FanliInoue,AkihisaZhu,Shengli Fe-rich metastable alloys Magnetic sensor materials High Bs Corrosion resistance The Fe-rich alloys of Fe90-xSi5B5Mx (M= Cr or Mo; x=1, 2) are synthesized in the present study. The as-spun structure mainly consists of bcc phase plus a minor amount of metastable phase (Fe3B and/or Fe23B6). Comparing with the base alloy Fe90Si5B5, the corrosion resistance is improved significantly due to the formation of the passive film. Saturation magnetic flux density reaches 1.9 T for the melt-spun alloys Fe89Mo1Si5B5. The alloys present a nearly constant high permeability in a rather high magnetic field up to coercive field which can be used as a new kind of sensor material with good fundamental properties and low cost.info:eu-repo/semantics/openAccessABM, ABC, ABPolMaterials Research v.19 n.6 20162016-12-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S1516-14392016000601299en10.1590/1980-5373-mr-2016-0340
institution SCIELO
collection OJS
country Brasil
countrycode BR
component Revista
access En linea
databasecode rev-scielo-br
tag revista
region America del Sur
libraryname SciELO
language English
format Digital
author Ding,Jian
Han,Ye
Kong,Fanli
Inoue,Akihisa
Zhu,Shengli
spellingShingle Ding,Jian
Han,Ye
Kong,Fanli
Inoue,Akihisa
Zhu,Shengli
Syntheses and Fundamental Properties of Cr/Mo-Adoped Fe-Rich Alloys With Metastable Phase and Saturation Magnetization Near 1.9 T
author_facet Ding,Jian
Han,Ye
Kong,Fanli
Inoue,Akihisa
Zhu,Shengli
author_sort Ding,Jian
title Syntheses and Fundamental Properties of Cr/Mo-Adoped Fe-Rich Alloys With Metastable Phase and Saturation Magnetization Near 1.9 T
title_short Syntheses and Fundamental Properties of Cr/Mo-Adoped Fe-Rich Alloys With Metastable Phase and Saturation Magnetization Near 1.9 T
title_full Syntheses and Fundamental Properties of Cr/Mo-Adoped Fe-Rich Alloys With Metastable Phase and Saturation Magnetization Near 1.9 T
title_fullStr Syntheses and Fundamental Properties of Cr/Mo-Adoped Fe-Rich Alloys With Metastable Phase and Saturation Magnetization Near 1.9 T
title_full_unstemmed Syntheses and Fundamental Properties of Cr/Mo-Adoped Fe-Rich Alloys With Metastable Phase and Saturation Magnetization Near 1.9 T
title_sort syntheses and fundamental properties of cr/mo-adoped fe-rich alloys with metastable phase and saturation magnetization near 1.9 t
description The Fe-rich alloys of Fe90-xSi5B5Mx (M= Cr or Mo; x=1, 2) are synthesized in the present study. The as-spun structure mainly consists of bcc phase plus a minor amount of metastable phase (Fe3B and/or Fe23B6). Comparing with the base alloy Fe90Si5B5, the corrosion resistance is improved significantly due to the formation of the passive film. Saturation magnetic flux density reaches 1.9 T for the melt-spun alloys Fe89Mo1Si5B5. The alloys present a nearly constant high permeability in a rather high magnetic field up to coercive field which can be used as a new kind of sensor material with good fundamental properties and low cost.
publisher ABM, ABC, ABPol
publishDate 2016
url http://old.scielo.br/scielo.php?script=sci_arttext&pid=S1516-14392016000601299
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AT hanye synthesesandfundamentalpropertiesofcrmoadopedferichalloyswithmetastablephaseandsaturationmagnetizationnear19t
AT kongfanli synthesesandfundamentalpropertiesofcrmoadopedferichalloyswithmetastablephaseandsaturationmagnetizationnear19t
AT inoueakihisa synthesesandfundamentalpropertiesofcrmoadopedferichalloyswithmetastablephaseandsaturationmagnetizationnear19t
AT zhushengli synthesesandfundamentalpropertiesofcrmoadopedferichalloyswithmetastablephaseandsaturationmagnetizationnear19t
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