热处理
熱處理
열처리
HEAT TREATMENT
2014年
6期
47-49,50
,共4页
张岸%赵唯%祝新发
張岸%趙唯%祝新髮
장안%조유%축신발
残留奥氏体%饱和磁化强度%M2高速钢
殘留奧氏體%飽和磁化彊度%M2高速鋼
잔류오씨체%포화자화강도%M2고속강
retained austenite%saturated intensity of magnetization%M2 high speed steel
采用SJ-SM-200A磁饱和测量仪测定了丝锥用M2高速钢在不同热处理状态下的残留奥氏体含量。结果表明，经不同工艺热处理的M2高速钢的饱和磁化强度与残留奥氏体含量之间存在着对应关系。因此，根据饱和磁化强度可以精确测定高速钢中残留奥氏体的含量，准确判断高速钢产品的回火程度。
採用SJ-SM-200A磁飽和測量儀測定瞭絲錐用M2高速鋼在不同熱處理狀態下的殘留奧氏體含量。結果錶明，經不同工藝熱處理的M2高速鋼的飽和磁化彊度與殘留奧氏體含量之間存在著對應關繫。因此，根據飽和磁化彊度可以精確測定高速鋼中殘留奧氏體的含量，準確判斷高速鋼產品的迴火程度。
채용SJ-SM-200A자포화측량의측정료사추용M2고속강재불동열처리상태하적잔류오씨체함량。결과표명，경불동공예열처리적M2고속강적포화자화강도여잔류오씨체함량지간존재착대응관계。인차，근거포화자화강도가이정학측정고속강중잔류오씨체적함량，준학판단고속강산품적회화정도。
The retained austenite amounts in M2 high speed steel in different heat treatment conditions were measured by a SJ-SM-200A magnetic saturation measurer.The results show that the saturated intensity of magnetization is corresponding to the residual austenite content for the M2 steel heat-treated by different processes. Consequently,the retained austenite content in high speed steel may be accurately measured according to the saturated intensity of magnetization,and thus forming an exact judgment on tempering degree of high speed steel products.
