33 research outputs found
Preannealing, Annealing Atmosphere, and Surface-Energy-Induced Selective Growth in 0.1 Pct Mn–Added 3 Pct Si-Fe Alloy Containing 95 ppm Sulfur
No full textAnnealing atmosphere, magnetic induction, and the number of {110} grains in inhibitor-free 3 pct Si-Fe alloys
No full textAtmosphere change of vacuum to hydrogen and sharpness of {110}〈001〉 texture in thin-gaged 3 Pct Si-Fe alloy strips
No full textEffects of heating rate and hydrogen flow rate on magnetic induction and final grain texture of 3 pct silicon steel
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Correlation Between Pre-annealing Temperature and {110}〈001〉 Annealing Texture in C- and Al-Free Fe-3 Pct Si-0.1 Pct Mn-0.002 Pct S Electrical Steel
No full textIn C- and Al-free electrical steel, the increase in primary grain size with increasing pre-annealing temperature causes the transition in annealing texture after final annealing from {110}?+?{100} to {110}. The strip pre-annealed at 1073?K (800?��C) shows a low magnetic induction B8(T) of 1.784?T after final annealing. The strip pre-annealed at 1223?K (950?��C) shows a sharp {110}��001�� Goss texture, producing a high magnetic induction B8(T) of 1.914?T comparable to that of the conventional electrical steels. ? 2017, The Minerals, Metals & Materials Society and ASM International.11sciescopu
Correlation Between Pre-annealing Temperature and {110}〈001〉 Annealing Texture in C- and Al-Free Fe-3 Pct Si-0.1 Pct Mn-0.002 Pct S Electrical Steel
No full textEffects of cold rolling on the microstructure and mechanical properties of Fe-Ni-Mn-Mo-Ti-Cr maraging steels
No full textNonequilibrium grain-boundary segregation and ductile-brittle-ductile transition in Fe-Mn-Ni-Ti age-hardening alloy
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