DocumentCode :
765821
Title :
Abnormal Coercivity Enhancement in Hybrid Pr 
(Fe,Co) 
B/Pr(Co,Fe) 
Magnets
(Fe,Co) B/Pr(Co,Fe) MagnetsAuthor :
Shen, Y. ; He, Y. ; Huang, M.Q. ; Lee, D. ; Bauser, S. ; Higgins, A. ; Chen, C. ; Liu, S.
Author_Institution :
FutureTek USA Corp., Dayton, OH
Volume :
42
Issue :
10
fYear :
2006
Firstpage :
2915
Lastpage :
2917
Abstract :
In order to enhance magnetic properties of hybrid Pr2(Fe,Co)14B/PrCo5 magnets, partial substitution of Fe for Co in the PrCo5 component was made. This substitution resulted in significant deterioration of intrinsic coercivity of PrCo5 and of the hot compacted hybrid Pr2 (Fe,Co)14B/PrCo5. However, after hot deformation, the intrinsic coercivity of hybrid Pr2(Fe,Co) 14B/Pr(Co1-xFex)5 increased with increasing Fe content in the Pr(Co1-xFex)5 component up to x=0.3. The SEM/EDS analysis revealed the formation of a Pr-rich Pr2(Co0.64Fe0.36)7 phase at the interface of Pr2(Fe,Co)14B and Pr(Co,Fe)5 . However, the mechanism of the coercivity enhancement is yet to be elucidated
Keywords :
cobalt alloys; coercive force; compaction; iron alloys; praseodymium alloys; Pr2(FeCo)14B-PrCo5; abnormal coercivity; hot compaction; hot deformation; hybrid magnets; intrinsic coercivity; thermal stability; Coercive force; Iron alloys; Laboratories; Magnetic analysis; Magnetic properties; Magnets; Neodymium; Saturation magnetization; Temperature; Thermal stability; Coercivity; Pr; Pr(Co,Fe); hybrid magnets; thermal stability;
fLanguage :
English
Journal_Title :
Magnetics, IEEE Transactions on
Publisher :
ieee
ISSN :
0018-9464
Type :
jour
DOI :
10.1109/TMAG.2006.880085
Filename :
1704481
Link To Document :
