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首页> 外文期刊>Metallurgical and Materials Transactions, A. Physical Metallurgy and Materials Science >Correlation Between Pre-annealing Temperature and {110}aOE (c) 001 > Annealing Texture in C- and Al-Free Fe-3 Pct Si-0.1 Pct Mn-0.002 Pct S Electrical Steel
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Correlation Between Pre-annealing Temperature and {110}aOE (c) 001 > Annealing Texture in C- and Al-Free Fe-3 Pct Si-0.1 Pct Mn-0.002 Pct S Electrical Steel

机译:预退火温度和{110} AOE(C)001的相关性> C-和Al-Al-Al-3 PCT Si-0.1PCT MN-0.002 PCT S电钢的退火纹理

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In 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 A degrees C) shows a low magnetic induction B-8(T) of 1.784 T after final annealing. The strip pre-annealed at 1223 K (950 A degrees C) shows a sharp {110}aOE (c) 001 > Goss texture, producing a high magnetic induction B-8(T) of 1.914 T comparable to that of the conventional electrical steels. (C) The Minerals, Metals & Materials Society and ASM International 2017
机译:在基于C-和VAL的电气中,初级粒度的增加随着预退火的温度的增加导致从{110} + {100}的最终退火到{110}后退火纹理的过渡。 在1073k(800℃)下预退火的条带显示最终退火后1.784t的低磁感应B-8(t)。 在1223k(950℃)下预退火的条带示出了尖锐的{110} aoe(c)001>高峰纹理,产生1.914 t的高磁感应B-8(t)与传统电气相当。 钢。 (c)2017年矿物质,金属和材料协会和ASM国际

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