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Hypereutectoid steel coatings obtained by thermal flame spraying - Effect of annealing on microstructure, tribological properties and adhesion energy

机译:通过热火焰喷涂获得的超共析钢涂层-退火对组织,摩擦学性能和粘附能的影响

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Metallic coatings were processed on a 35CrMo4 substrate using a thermal flame spray technique. The deposited metal was a high carbon steel, low alloyed with Cr, Mn and Si. In those coatings FeO and Fe3O4 oxides were found, as well as stable a-ferrite phase and some gamma-austenite phase. gamma-Austenite phase is metastable and transforms into stable re-ferrite during annealing treatment at 300 degrees C. This gamma to a-phase transformation, as well as the evolution of the oxides during the annealing post-treatment, has some influence on the mechanical properties of the coating: hardness, tribological properties, Young's modulus and adhesion on the 35CrMo4 substrate. 0 (C) 2014 Elsevier B.V. All rights reserved.
机译:使用热火焰喷涂技术在35CrMo4基板上处理金属涂层。沉积的金属是高碳钢,与Cr,Mn和Si低合金化。在这些涂层中,发现了FeO和Fe3O4氧化物,以及稳定的α-铁素体相和某些γ-奥氏体相。 γ-奥氏体相为亚稳相,在300摄氏度的退火处理过程中转变为稳定的重铁氧体。这种γ至a相转变以及退火后处理过程中氧化物的析出对机械性能有一定影响。涂层的性能:硬度,摩擦学性能,杨氏模量和在35CrMo4基材上的附着力。 0(C)2014 Elsevier B.V.保留所有权利。

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