Analysis of the adhesion of titanium and carbon-diamond coatings on 3D printed textured surfaces

机译：钛和碳金刚石涂层对3D印刷纹理表面的粘附性分析

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The importance of coatings in engineering has been predominant throughout the development of the new industrial era. The competitiveness of the field has led to the development of better materials that achieve superior properties. The purpose of this research is evaluating the adhesion to the surfaces coated by magnetron sputtering technique. The adherence quality of the deposited coatings on specimens was evaluated adhesion by scratch and indentation tests guided according to standards, using the Tribolab UMT at constant load. The results obtained allow validating of the additive manufacturing process as possible mechanicals applications.

机译：在新工业时代的发展中，工程涂层在工程中的重要性是占主导地位的。该领域的竞争力导致了实现优越特性的更好材料。该研究的目的是评估通过磁控溅射技术涂覆的表面的粘附性。通过根据标准标准的划痕和压痕试验评估沉积涂层的沉积涂层的粘附质量。得到的结果允许在可能的机械应用中验证添加剂制造过程。

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《International Meeting for Researchers in Materials and Plasma Technology》|2020年|p1-448|共7页
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A Zapata; E D V-Nino; J L Endrino; I Fernandez-Martinez; A Diaz Lantada; M Martinez; A Pertuz;
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Analysis of the adhesion of titanium and carbon-diamond coatings on 3D printed textured surfaces

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