Abstract
Thermal and magnetic properties of Al, Sn and C modified Fe-P-Si-B amorphous alloys with compositions Fe{sub 80-x-y-z} Al{sub x}Sn{sub y}P{sub 12-z}Si{sub 4}B{sub 4}C{sub z} (in at%, x=3-5, y=1-7, z=0-6) were investigated. By suitable replacements of Fe by Al/Sn, and P by C in these alloys, the glass-forming ability is greatly enhanced. The super-cooled liquid region and reduced glass transition temperature were examined and compared to the modified alloys. Properties of Fe{sub 74}Al{sub 4}Sn{sub 2}P{sub 12-z}Si{sub 4}B{sub 4}C{sub z} amorphous alloys are typically, with increasing z: saturation magnetization 1.28-1.38 T, coercive force around 40 A/m, Curie temperature of 547-595 K, the electrical resistivity decreases from 181 to 168 {mu}{omega}-cm. Magnetic inductance of the cast cores were also reported.
Citation Formats
Lin, C Y, Chin, T S, Zhou, S X, Lu, Z C, Wang, L, Chen, F F, Pan, M X, and Wang, W H.
Magnetic properties and glass-forming ability of modified Fe-P-Si-B bulk amorphous alloys.
Netherlands: N. p.,
2004.
Web.
doi:10.1016/j.jmmm.2004.04.037.
Lin, C Y, Chin, T S, Zhou, S X, Lu, Z C, Wang, L, Chen, F F, Pan, M X, & Wang, W H.
Magnetic properties and glass-forming ability of modified Fe-P-Si-B bulk amorphous alloys.
Netherlands.
https://doi.org/10.1016/j.jmmm.2004.04.037
Lin, C Y, Chin, T S, Zhou, S X, Lu, Z C, Wang, L, Chen, F F, Pan, M X, and Wang, W H.
2004.
"Magnetic properties and glass-forming ability of modified Fe-P-Si-B bulk amorphous alloys."
Netherlands.
https://doi.org/10.1016/j.jmmm.2004.04.037.
@misc{etde_20618232,
title = {Magnetic properties and glass-forming ability of modified Fe-P-Si-B bulk amorphous alloys}
author = {Lin, C Y, Chin, T S, Zhou, S X, Lu, Z C, Wang, L, Chen, F F, Pan, M X, and Wang, W H}
abstractNote = {Thermal and magnetic properties of Al, Sn and C modified Fe-P-Si-B amorphous alloys with compositions Fe{sub 80-x-y-z} Al{sub x}Sn{sub y}P{sub 12-z}Si{sub 4}B{sub 4}C{sub z} (in at%, x=3-5, y=1-7, z=0-6) were investigated. By suitable replacements of Fe by Al/Sn, and P by C in these alloys, the glass-forming ability is greatly enhanced. The super-cooled liquid region and reduced glass transition temperature were examined and compared to the modified alloys. Properties of Fe{sub 74}Al{sub 4}Sn{sub 2}P{sub 12-z}Si{sub 4}B{sub 4}C{sub z} amorphous alloys are typically, with increasing z: saturation magnetization 1.28-1.38 T, coercive force around 40 A/m, Curie temperature of 547-595 K, the electrical resistivity decreases from 181 to 168 {mu}{omega}-cm. Magnetic inductance of the cast cores were also reported.}
doi = {10.1016/j.jmmm.2004.04.037}
journal = []
issue = {5-6}
volume = {282}
journal type = {AC}
place = {Netherlands}
year = {2004}
month = {Nov}
}
title = {Magnetic properties and glass-forming ability of modified Fe-P-Si-B bulk amorphous alloys}
author = {Lin, C Y, Chin, T S, Zhou, S X, Lu, Z C, Wang, L, Chen, F F, Pan, M X, and Wang, W H}
abstractNote = {Thermal and magnetic properties of Al, Sn and C modified Fe-P-Si-B amorphous alloys with compositions Fe{sub 80-x-y-z} Al{sub x}Sn{sub y}P{sub 12-z}Si{sub 4}B{sub 4}C{sub z} (in at%, x=3-5, y=1-7, z=0-6) were investigated. By suitable replacements of Fe by Al/Sn, and P by C in these alloys, the glass-forming ability is greatly enhanced. The super-cooled liquid region and reduced glass transition temperature were examined and compared to the modified alloys. Properties of Fe{sub 74}Al{sub 4}Sn{sub 2}P{sub 12-z}Si{sub 4}B{sub 4}C{sub z} amorphous alloys are typically, with increasing z: saturation magnetization 1.28-1.38 T, coercive force around 40 A/m, Curie temperature of 547-595 K, the electrical resistivity decreases from 181 to 168 {mu}{omega}-cm. Magnetic inductance of the cast cores were also reported.}
doi = {10.1016/j.jmmm.2004.04.037}
journal = []
issue = {5-6}
volume = {282}
journal type = {AC}
place = {Netherlands}
year = {2004}
month = {Nov}
}