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辛文彬等:含砷/铜砷C-Mn钢的高温氧化行为 ·323· m,2005,45(6):807 bon Steel [Dissertation].Sydney:The University of New South B]Imai N,Komatsubara N,Kunishige K.Effect of Cu and Ni on hot Wales,2002 workability of hot-rolled mild steel.IS//Int,1997.37(3):224 [10]Melford D A.Surface hot shortness in mild steel.J /ron Steel [4]Webler B,Yin L,Sridhar S.Effects of small additions of copper 1nt,1962,200:290 and copper nickel on the oxidation behavior of iron.Metall Ma- [11]Imai N,Komatsubara N,Kunishige K.Effect of Cu,Sn and Ni ter Trans B,2008,39(8):725 on hot workability of hot-rolled mild steel.IS/J Int,1997,37 5]Yin L,Sridhar S.Effects of residual elements arsenic,antimony, (3):217 and tin on surface hot shortness.Metall Mater Trans B,2011,42 [12]Salter W J M.Effects of alloying elements on solubility and sur- (5):1031 face energy of copper in mild steel.J Iron Steel Inst,1966,204: [6]Liu S,Tang D,Wu H,et al.Oxide scales characterization of mi- 478 croalloyed steel at high temperature.J Mater Process Technol, [3]Liu F Y.Surface enrichment of residual elements and oxidation 2013,213(7):1068 of the austenite grain boundaries.Acta Metall Sin,1978,14 [7]Maretinez-Cazares G M,Mercado-Solis R D,Colas R,et al.High (3):310 temperature oxidation of silicon and copper-silicon containing (刘富有.残余元素的表面富集与品界氧化:关于低碳钢热 steels.Ironmaking Steelmaking,2013,40(3):221 脆机理的讨论.金属学报,1978,14(3):310) [8]Chen R Y,Yeun W Y D.Review of the high-temperature oxida- [14]Salje G,Feller-Kniepmeier M.The diffusion and solubility of tion of iron and carbon steels in air or oxygen.Oxid Met,2003, copper in iron.J Appl Phys,1977,48(5)1833 59(5/6):433 [15]Bozic B I,Lucic R J.Diffusion in iron-arsenic alloys.J Mater [9]O'Neill D S.An Investigation of Surface Hot Shortness in Lon Car- Sci,1976,11(5):887辛文彬等: 含砷/铜砷 C--Mn 钢的高温氧化行为 Int,2005,45( 6) : 807 [3] Imai N,Komatsubara N,Kunishige K. Effect of Cu and Ni on hot workability of hot-rolled mild steel. ISIJ Int,1997,37( 3) : 224 [4] Webler B,Yin L,Sridhar S. Effects of small additions of copper and copper + nickel on the oxidation behavior of iron. Metall Ma￾ter Trans B,2008,39( 8) : 725 [5] Yin L,Sridhar S. Effects of residual elements arsenic,antimony, and tin on surface hot shortness. Metall Mater Trans B,2011,42 ( 5) : 1031 [6] Liu S,Tang D,Wu H,et al. Oxide scales characterization of mi￾cro-alloyed steel at high temperature. J Mater Process Technol, 2013,213( 7) : 1068 [7] Maretínez-Czares G M,Mercado-Solís R D,Cols R,et al. High temperature oxidation of silicon and copper-silicon containing steels. Ironmaking Steelmaking,2013,40( 3) : 221 [8] Chen R Y,Yeun W Y D. Review of the high-temperature oxida￾tion of iron and carbon steels in air or oxygen. Oxid Met,2003, 59( 5 /6) : 433 [9] O’Neill D S. An Investigation of Surface Hot Shortness in Low Car￾bon Steel [Dissertation]. Sydney: The University of New South Wales,2002 [10] Melford D A. Surface hot shortness in mild steel. J Iron Steel Inst,1962,200: 290 [11] Imai N,Komatsubara N,Kunishige K. Effect of Cu,Sn and Ni on hot workability of hot-rolled mild steel. ISIJ Int,1997,37 ( 3) : 217 [12] Salter W J M. Effects of alloying elements on solubility and sur￾face energy of copper in mild steel. J Iron Steel Inst,1966,204: 478 [13] Liu F Y. Surface enrichment of residual elements and oxidation of the austenite grain boundaries. Acta Metall Sin,1978,14 ( 3) : 310 ( 刘富有. 残余元素的表面富集与晶界氧化: 关于低碳钢热 脆机理的讨论. 金属学报,1978,14( 3) : 310) [14] Salje G,Feller-Kniepmeier M. The diffusion and solubility of copper in iron. J Appl Phys,1977,48( 5) : 1833 [15] Boic B I ' ,Luciˇ c R J. Diffusion in iron-arsenic alloys. ' J Mater Sci,1976,11( 5) : 887 · 323 ·
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