Page 16 - 理化检验-物理分册2020年第二期

沈正祥, 等: 矫顽力在碳钢热处理质量预评定中的应用

集中, 矫顽力次之; 铁素体相中分散的渗碳体颗粒影 [ ９ ] TANNERBK , SZPUNARJA , WILLCOCKSN M ,
响磁畴壁运动, 矫顽力最小. etal．Ma g neticand metallur g icalp ro p ertiesofhi g hＧ
( ２ )不同热处理条件下, 碳钢的常用力学性能 tensilesteels [ J ] ．JournalofMaterialsScience , １９８８ ,
指标与矫顽力近似成线性关系, 其中抗拉强度和硬 ２３ ( １２ ): ４５３４Ｇ４５４０．
[ １０ ] YOSHINO M , TANABE H , SAKAMOTO T , etal．
度与矫顽力有很好的关联性.
Nondestructive measurementofg rain sizein steel
( ３ )基于矫顽力的无损评估技术, 既能快速辨
p latesb yusin gma g neticcoerciveforce [ J ] ．Materials
别碳钢的显微组织, 又能对力学性能实现定量预测,
ScienceForum , １９９６ , ２１０ : ４５Ｇ５４．
可用于碳钢的热处理质量预评定.
[ １１ ] BIDA G V , NICHIPURUK A P．Coercive force
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contentin steels usin g acombination of ma g netic Monitorin gthe microstructureofp earliticsteelsb y
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[ ６ ] BYEONJ W , KWUN SI．Ma g neticnondestructive et al． Correlation of ma g netic p ro p erties with
evaluationofthermall y de g raded２．２５CrＧ１Mosteel mechanical p ro p ertiesofahi g htensileg radesteelin
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p hasesteelb y ma g neticBarkhausennoisetechni q ue tensile stren g th of steel from its HB and HV
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