摘要
采用取向分布函数分析了无取向电工钢不同再结晶退火温度下的织构变化及织构对磁感应强度和铁损的影响,并计算了无取向电工钢的磁晶各向异性能。结果表明,随着实验钢的再结晶退火温度升高,Goss织构和立方织构组分显著增强,而{111}面织构强度却减弱。较高的退火温度有利于减小织构因子,提高磁感应强度。磁晶各向异性能计算结果显示,随着再结晶退火温度升高,无取向电工钢板的磁晶各向异性能降低。
The recrystallization texture and the relationship of texture to magnetic induction intensity and core loss of a non-oriented electrical steel were investigated by orientation distribution function analysis. The magnetic anisotropy energy of the steel was calculated also. The results show that, the intensity of Goss texture and cubic texture increases, but the intensity of / 111 / texture decreases with increasing recrystallization annealing temperatures of the steel. The higher annealing temperature is favorable to decrease texture factor and can increases magnetic induction intensity. According to calculation, it is indicated that the magnetic anisotropy energy of the steel decreases with increasing recrystallization annealing temperatures,
出处
《材料热处理学报》
EI
CAS
CSCD
北大核心
2014年第2期100-103,共4页
Transactions of Materials and Heat Treatment
基金
河北省自然科学基金-钢铁联合研究基金资助项目(E2012318002)
关键词
无取向电工钢
再结晶
织构
磁晶各向异性能
non-oriented electrical steel
recrystallization
texture
magnetic anisotropy energy
