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贺宝等:电渣重熔过程冷却强度对含镁H13钢中碳化物的影响 ·1727· Seel,2010,45(8):80 deoxidation equilibria in Fe-Ni and Fe-Cr alloys,IS//Int, (马党参,周健,张忠侃,等.电渣重熔速度对H13钢组织 2003,43(9):1301 和冲击性能的影响.钢铁,2010,45(8):80) [18]Ohta H,Suito H.Calcium and magnesium deoxidation in Fe-Ni [13]Song WW,Min Y A,Wu X C.Study on carbides and their evo- and Fe-Cr alloys equilibrated with Cao-Al2O:and Cao-Al2O;- lution in H13 hot work steel.Trans Mater Heat Treat,2009,30 Mg0 slags.SJIt,2003,43(9):1293 (5):122 19] Todoroki H,Mizuno K.Effect of silica in slag on inclusion com- (宋雯雯,闵永安,吴晓春.H13钢中的碳化物分析及其演 positions in 304 stainless steel deoxidized with aluminum.IS// 变规律研究.材料热处理学报,2009,30(5):122) 1nt,2004,44(8):1350 [14]Ning B,Li J,Wang LL,et al.Kinetic analysis of magnesium 20]Wu Z,Li J,Shi C B,et al.Effect of Magnesium addition on in- loss for H13 die steel during the ESR process.Henan Metall, clusions in H13 die steel.Int J Miner Metall Mater,2014,21 2012,20(6):13 (11):1062 (宁博,李品,王亮亮.H13钢电渣重熔过程Mg的烧损动力 21]Sun X L,Guo H J,Chen X C,et al.Formation of primary car- 学.河南治金,2012,20(6):13) bide in H13 during electroslag remelting process.Iron Steel, [15]Isobe K.Effect of Mg addition on solidification on structure of 2014,49(5):68 low carbon steel.IS/J Int,2010,50 (12)1972 (孙晓林,郭汉杰,陈希春,等.电渣重熔H13钢中一次碳 [16]Ma W J,Bao Y P,Wang M,et al.Effect of Mg and Ca treat- 化物形成机制.钢铁,2014,49(5):68) ment on behavior and particle size of inclusions in bearing steel. 22]Bramfitt B L.The effect of carbide and nitride additions on the 1 SII Int,2014,54(3):536 heterogeneous nucleation behavior of liquid.Metall Trans,1970, [17]Ohta H,Suito H.Thermodynamics of aluminum and manganese 1(7):1987贺 宝等: 电渣重熔过程冷却强度对含镁 H13 钢中碳化物的影响 Steel,2010,45( 8) : 80 ( 马党参,周健,张忠侃,等. 电渣重熔速度对 H13 钢组织 和冲击性能的影响. 钢铁,2010,45( 8) : 80) [13] Song W W,Min Y A,Wu X C. Study on carbides and their evo￾lution in H13 hot work steel. Trans Mater Heat Treat,2009,30 ( 5) : 122 ( 宋雯雯,闵永安,吴晓春. H13 钢中的碳化物分析及其演 变规律研究. 材料热处理学报,2009,30( 5) : 122) [14] Ning B,Li J,Wang L L,et al. Kinetic analysis of magnesium loss for H13 die steel during the ESR process. Henan Metall, 2012,20( 6) : 13 ( 宁博,李晶,王亮亮. H13 钢电渣重熔过程 Mg 的烧损动力 学. 河南冶金,2012,20( 6) : 13) [15] Isobe K. Effect of Mg addition on solidification on structure of low carbon steel. ISIJ Int,2010,50( 12) : 1972 [16] Ma W J,Bao Y P,Wang M,et al. Effect of Mg and Ca treat￾ment on behavior and particle size of inclusions in bearing steel. ISIJ Int,2014,54( 3) : 536 [17] Ohta H,Suito H. Thermodynamics of aluminum and manganese deoxidation equilibria in Fe--Ni and Fe--Cr alloys,ISIJ Int, 2003,43( 9) : 1301 [18] Ohta H,Suito H. Calcium and magnesium deoxidation in Fe--Ni and Fe--Cr alloys equilibrated with CaO--Al2O3 and CaO--Al2O3-- MgO slags. ISIJ Int,2003,43( 9) : 1293 [19] Todoroki H,Mizuno K. Effect of silica in slag on inclusion com￾positions in 304 stainless steel deoxidized with aluminum. ISIJ Int,2004,44( 8) : 1350 [20] Wu Z,Li J,Shi C B,et al. Effect of Magnesium addition on in￾clusions in H13 die steel. Int J Miner Metall Mater,2014,21 ( 11) : 1062 [21] Sun X L,Guo H J,Chen X C,et al. Formation of primary car￾bide in H13 during electroslag remelting process. Iron Steel, 2014,49( 5) : 68 ( 孙晓林,郭汉杰,陈希春,等. 电渣重熔 H13 钢中一次碳 化物形成机制. 钢铁,2014,49( 5) : 68) [22] Bramfitt B L. The effect of carbide and nitride additions on the heterogeneous nucleation behavior of liquid. Metall Trans,1970, 1( 7) : 1987 ·1727·
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