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The wear resistant nano composite coating on aluminum alloys by plasma spraying technique - A review

机译:等离子喷涂技术铝合金耐磨纳米复合涂层 - 评论

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Since the beginning of plasma spray coating by R.M. Gage in 1955, it has been the domain under the discussion of research. From the past few decades, the elevation has shifted for its ruling out the applications and properties in the field of surface engineering. Due to superior properties the plasma sprayed coatings on Aluminum alloy widely used in automobile, chemical, aerospace, and electrical industries. To enhance the tribological properties of Aluminum substrate the researchers have introduced the nanocomposites like Al_2O_3, CeO_2, TiO_2, Mo, Ni, Cast iron, Al-Si, etc. The researchers have revealed that theses nanocomposites particles will result in the improvement of tribological characteristics. Industries demand new coating materials with enhanced tribological characteristics for their applications. The present article reviews the tribological properties of different plasma spray coatings on aluminum alloys.
机译:自浆涂层开始以来的开始。 Gage 1955年,它是在研究讨论下的领域。 从过去的几十年来,海拔已经转移了其统治了地面工程领域的应用和性质。 由于优越特性,铝合金上的等离子喷涂涂层广泛应用于汽车,化工,航空航天和电气工业。 为了增强铝基族的摩擦学性质,研究人员将纳米复合材料引入Al_2O_3,CeO_2,TiO_2,Mo,Ni,铸铁,Al-Si等。研究人员揭示了纳米复合材料颗粒将导致摩擦学特征的改善 。 行业需求新的涂料具有增强的摩擦学特性的应用。 本文综述了不同血浆喷涂涂料对铝合金的摩擦学特性。

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