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Preparation and thermal stability of black ceramic coatings on Ti alloys by micro arc oxidation

机译:微电弧氧化在Ti合金上的黑色陶瓷涂层的制备与热稳定性

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In this work, micro arc oxidation technique is used for the in situ preparation of black ceramin coatings on Ti-6A1-4V alloys in two different electrolytes.The chroma values of the coatings were calculated according to CIE L * a * b * colormetric system and the thermal stablilty was investigated in details.The results shows that both coatings (S1 and S2) are black with the L * of 8.81 and 14.88, respectively.Both coating are porous, amorphous and the thickness of S2 coating is larger than that of S1 coating.Under 200 °C, both coatings are stable in color, composition and the structure and the thickness changes little as well.Further increasing the temperature, the coating color, surface morphologies and composition begin to change due to the oxidation effect of the coatings and the substrate.According to the thickness change after calcination,S2 coating is more stable than S1 under 400 °C and 500 °C.
机译:在这项工作中,微弧氧化技术用于两种不同电解质的Ti-6a1-4V合金上的黑色硒蛋白涂层的原位制备。根据CIE L * A * B * Colormetric系统计算涂层的色度值详细研究了热稳定性。结果表明,两种涂层(S1和S2)分别是黑色的,L *为8.81和14.88。涂层是多孔的,无定形的,S2涂层的厚度大于S1涂层。200℃下,两种涂层的颜色稳定,组成和结构稳定,厚度变化很少。较高的增加,由于氧化效果,涂层颜色,表面形态和组成增加了变化涂层和底物。根据煅烧后的厚度变化,S2涂层比400℃和500℃下的S1更稳定。

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