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Studying the Preheating Effect on Certain Mechanical Properties of the Coating Layer by Vacuum Ion Plasma Coating

机译:用真空离子等离子体涂层研究预热对涂层某些力学性能的影响

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The present paper is concerned with the study of two main points: clarifying the effect of preheating on the surface microscopic shape of coating layer by vacuum ion plasma coating technology and on the amount of micro-hardness besides studying the properties of the surfaces that concern the parts of the mechanical system because of their direct and active effect on the machine efficient performance and machine life in general and their important effect on the product efficiency. As known, the instruments that measure the traditional roughness give us numbers and charts that, to a certain extent, describe the actual state of the surface shape within limited range of accuracy, but it has become necessary to find more accurate methods that suit the development obtained in industry, namely, the important applications like aircraft missiles and others. One of the suggested solutions for this is to get benefit of average fractal dimension for the surface by the help of the new technologies which, in return, help in the possibility to determine the surface state with high accuracy that matches the importance of application.
机译:本文主要研究两个方面:澄清预热对真空离子等离子涂层技术对涂层表面微观形状的影响以及对显微硬度的影响,同时研究与涂层有关的表面性能。机械系统的各个部分,因为它们通常直接有效地影响机器的效率性能和机器寿命,并且对产品效率也具有重要的影响。众所周知,测量传统粗糙度的仪器会提供给我们一些数字和图表,它们在一定程度上描述了表面形状在有限精度范围内的实际状态,但是有必要找到更精确的方法来适应这种发展趋势。在工业上获得的,即飞机导弹等重要应用。为此,建议的解决方案之一是借助新技术获得表面的平均分形维数,而新技术反过来又有助于以高精度确定与应用的重要性相匹配的表面状态。

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