首页> 外文期刊>Journal of Nuclear Materials: Materials Aspects of Fission and Fusion >INVESTIGATIONS ON THE TRANSFORMATION BEHAVIOR OF THE INTERMETALLIC PHASE (FE, CR)(2)AL-2 FORMED ON MANET II STEEL BY ALUMINIZING
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INVESTIGATIONS ON THE TRANSFORMATION BEHAVIOR OF THE INTERMETALLIC PHASE (FE, CR)(2)AL-2 FORMED ON MANET II STEEL BY ALUMINIZING

机译:渗铝法在MANET II钢上形成相间相(FE,CR)(2)AL-2的相变行为的研究

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The present work describes investigations on the transformation behavior of the intermetallic phase (Fe, Cr)(2)Al-5 which forms on martensitic 10%Cr steel during aluminizing. In order to improve the mechanical properties of the coating and to incorporate the metallic Al overlayer, a subsequent heat treatment is necessary after aluminizing. Heat treatments were carried out in Ar at 700 degrees C and 1075 degrees C for several exposure times. It was found at 700 degrees C that the (Fe, Cr)(2)Al-5 scale starts to transform into the softer (Fe, Cr)Al phase (referring to hardness) at the scale-substrate interface. This process is time dependent. The (Fe, Cr)Al phase gets further transformed into the alpha-Fe(Cr, Al) solid solution. After heat treatment at 1075 degrees C for 0.5 h the (Fe, Cr)(2)Al-5 scale is completely transformed. The resulting scale can be subdivided into an upper layer of (Fe, Cr)Al phase, an intermediate band of pores and a lower layer of alpha-Fe(Al, Cr) solid solution. (C) 1997 Elsevier Science B.V. [References: 17]
机译:本工作描述了渗铝过程中在马氏体10%Cr钢上形成的金属间相(Fe,Cr)(2)Al-5的转变行为的研究。为了改善涂层的机械性能并结合金属Al覆盖层,镀铝后必须进行后续热处理。在Ar中在700℃和1075℃下进行多次暴露时间的热处理。发现在700摄氏度时(Fe,Cr)(2)Al-5氧化皮在氧化皮-基材界面处开始转变为较软的(Fe,Cr)Al相(指硬度)。此过程与时间有关。 (Fe,Cr)Al相进一步转变为α-Fe(Cr,Al)固溶体。在1075摄氏度下热处理0.5小时后,(Fe,Cr)(2)Al-5氧化皮被完全转变。生成的氧化皮可细分为(Fe,Cr)Al相的上层,孔的中间带和α-Fe(Al,Cr)固溶体的下层。 (C)1997 Elsevier Science B.V. [参考:17]

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