Iron Loss Influenced by Magnetic Annealing in 0.1-mm-Thick Grain-Oriented High-Silicon Steels

The influence of magnetic annealing on iron loss has been investigated in 0.1-mm-thick grain-oriented high-silicon steels. To prepare such thin high-silicon steels, 0.3-mm-thick commercial electrical steels were mechanically ground to a specific thickness and then annealed at 1200°C under a high vac...

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Published inIEEE transactions on magnetics Vol. 47; no. 10; pp. 3208 - 3211
Main Authors Soh, Joon-Young, Shin, Koo-Yong, Jung, Heejong, Kim, Sang-Beom
Format Journal Article Conference Proceeding
LanguageEnglish
Published New York, NY IEEE 01.10.2011
Institute of Electrical and Electronics Engineers
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Abstract The influence of magnetic annealing on iron loss has been investigated in 0.1-mm-thick grain-oriented high-silicon steels. To prepare such thin high-silicon steels, 0.3-mm-thick commercial electrical steels were mechanically ground to a specific thickness and then annealed at 1200°C under a high vacuum atmosphere. Due to much faster evaporation of Fe than Si, strip thickness decreased and silicon content increased. The 0.23-mm-thick 3% Si samples typically were thinned to a thickness of 0.10 mm, and silicon content increased to 6.5% after annealing for approximately 50 h. The high-silicon steels were further magnetically annealed at 770°C in a dc magnetic field, and an excellent iron loss of around 0.65 W/kg (at 1.5 T/60 Hz) was obtained. The iron loss behavior with both siliconizing and magnetic annealing processes is discussed in the light of microstructural evolution of B2 ordering phases and domain boundary drag effect of surface subsidiary domains.
AbstractList The influence of magnetic annealing on iron loss has been investigated in 0.1-mm-thick grain-oriented high-silicon steels. To prepare such thin high-silicon steels, 0.3-mm-thick commercial electrical steels were mechanically ground to a specific thickness and then annealed at 1200°C under a high vacuum atmosphere. Due to much faster evaporation of Fe than Si, strip thickness decreased and silicon content increased. The 0.23-mm-thick 3% Si samples typically were thinned to a thickness of 0.10 mm, and silicon content increased to 6.5% after annealing for approximately 50 h. The high-silicon steels were further magnetically annealed at 770°C in a dc magnetic field, and an excellent iron loss of around 0.65 W/kg (at 1.5 T/60 Hz) was obtained. The iron loss behavior with both siliconizing and magnetic annealing processes is discussed in the light of microstructural evolution of B2 ordering phases and domain boundary drag effect of surface subsidiary domains.
Author Kim, Sang-Beom
Jung, Heejong
Shin, Koo-Yong
Soh, Joon-Young
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Issue 10
Keywords highsilicon steel
Annealing
Iron loss
Fe evaporation
magnetic annealing
Steels
Heat treatments
Magnetic properties
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Snippet The influence of magnetic annealing on iron loss has been investigated in 0.1-mm-thick grain-oriented high-silicon steels. To prepare such thin high-silicon...
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SubjectTerms Annealing
Cross-disciplinary physics: materials science; rheology
Exact sciences and technology
Fe evaporation
high-silicon steel
Iron
iron loss
magnetic annealing
Magnetic domain walls
Magnetic domains
Magnetomechanical effects
Materials science
Other topics in materials science
Physics
Silicon
Steel
Title Iron Loss Influenced by Magnetic Annealing in 0.1-mm-Thick Grain-Oriented High-Silicon Steels
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