Oxidation Kinetics and Oxide Scales Control of Hot-Rolled High Strength Steel
CAO Guang-ming1， SUN Bin1， LIU Xiao-jiang1， ZHANG Lin2
1. State Key Laboratory of Rolling and Automation， Northeastern University， Shenyang 110819， China; 2. NO.1 Steel Rolling Plant， Tangshan Co. of Hebei Iron and Steel Group， Tangshan 063009， China.
CAO Guang-ming， SUN Bin， LIU Xiao-jiang， ZHANG Lin. Oxidation Kinetics and Oxide Scales Control of Hot-Rolled High Strength Steel[J]. Journal of Northeastern University:Natural Science, 2013, 34(1): 71-75.
[1]黄传清，赵昆，方明强.带钢热连轧生产中氧化铁皮形成机理与控制［J］.钢铁，1997，32(11):32-35.(Huang Chuan-qing，Zhao Kun，Fang Ming-qiang.Mechanism of sale formation on strip surface during continuous hot strip rolling and its preventing mechods［J］.Iron and Steel，1997，32(11):32-35.) [2]Fukagawa T，Okada H，Maehara Y.Mechanism of red scale defect formation in Si-added hot-rolled steel plate［J］.ISIJ International，1994，34(11):906-911. [3]揭晓华，向梅.5CrNiMo钢的高温氧化特性［J］.材料与工艺，1998，5(2):41-44.(Jie Xiao-hua，Xiang Mei.High-temperature oxidizability of 5CrNiMo steel［J］.Material ＆ Process，1998，5(2):41-44.) [4]Quadakkers W J，Naumenko D，Wessel E，et al.Growth rates of alumina scales on Fe-Cr-Al alloys［J］.Oxidation of Metals，2004，61(1):17-38. [5]Sachs K，Tuck C W.Scale growth during reheating cycles［J］.Werkstotte Korrosion，1970，21(11):945-954. [6]Singh R R K，Gleeson B，Young D J.Laser Raman spectroscopy:a technique for rapid characterisation of oxide scale layers［J］.Materials Science and Technology，1998，14(5):373-3766. [7]孙彬，曹光明，刘振宇，等.不同热连轧工艺参数条件下三次氧化铁皮的分析［J］.物理测试，2010，28(6):1-5.(Sun Bin，Cao Guang-ming，Liu Zhen-yu，et al.Analysis of tertiary oxide scale with different hot rolling processes parameters［J］.Physics Examination and Testing，2010，28(6):1-5.) [8]Chen R Y，Yuen W Y D.Oxide scale structures formed on commercial hot-rolled steel strip and their formation mechanisms［J］.Oxidation of Metals，2001，56(1/2):111-112. [9]刘振宇，于洋，郭晓波，等.带热连轧中氧化铁皮的控制技术［J］.轧钢，2009，26(1):1-5.(Liu Zhen-yu，Yu Yang，Guo Xiao-bo，et al.Techniques of oxide scales control during hot strip rolling［J］.Steel Rolling，2009，26(1):1-5.) [10]Kofstad P.Low-pressure oxidation of tantalum at 1300~1800℃［J］.Journal of the Less Common Metala，1964，7(4):241-266. [11]Paidassi J.The precipitation of Fe3O4 in scales formed by oxidation of iron at elevated temperature［J］.Acta Metallurgica，1955，3(4):447-451.
