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分析了氧化膜生长机制、分布形态及变化规律,探讨氧化膜失效对辊面粗糙度和磨损状态的影响,结合济钢的生产实践提出了控制轧辊温度、降低剪切应力的改进措施,为有效控制工作辊氧化膜状态和带钢表面质量奠定了基础.

参考文献

[1] Lanterri V;Thomas C;Bocqet J.Black Oxide Film Generation on Work Roll s and It s Effect s on Hot2Rolling Tribological Characteristics[A].Chiba,Japan:The Iron and Steel Institute of Japan,1998
[2] Molinari A;St raffelini G;Tomasi A.Oxidation Behavior of Ledeburitic Steels for Hot Rolls[J].Materials Science and Engineering,2000
[3] Colas R;Ram?rez J;Sandoval I.Damage in Hot Roiling Work Rolls[J].Wear,1999
[4] Tsujimoto Y.High Performance High Speed Steel Roll withFine Microstructure for Resistance to Surface Deterioration[J].Current Advances in Materials and Processes,2002
[5] Li C S.Black Oxide Layer Formation and Banding in HighChromium Rolls[J].Journal of Materials Science and Technology,2000
[6] Gonzalaz V.Modeling Oxidation of Hot Rolling Work Rolls[J].Ironmaking and Steelmaking,2001
[7] Molinari A.Oxidation Behaviour of Ledeburitic Steels for Hot Rolls[J].Materials Science and Engineering,2000
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