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首页> 外文期刊>Journal of superhard materials: Sverkhtverdye materialy >Diamond Electroplated Coating with Protection by Diamond Micron Powder in a Dressing Tool. Part 1. Coating Deposition Conditions
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Diamond Electroplated Coating with Protection by Diamond Micron Powder in a Dressing Tool. Part 1. Coating Deposition Conditions

机译:金刚石电镀涂层,用敷料工具中的金刚石微米粉末保护。 第1部分。涂层沉积条件

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摘要

The authors put forward a method of protection of diamond electroplated coating in a dressing tool made by the electroforming process. The method consists in using diamond micron powder in the surface layer of the nickel bond in order to protect the bond surface against hydroabrasive wear. The paper provides a procedure of calculation of nickel (the basis for the diamond electroplated coating) deposition conditions, taking into account the change in the free surface area of deposition due to cross-sectional area of diamond grains of the working fraction and the micron powder. The procedure permits computing the refill-deposition rate and duration, the final thickness of the coating and its protective sublayer.
机译:作者提出了一种通过电铸工具制成的敷料工具中的金刚石电镀涂层保护方法。 该方法包括在镍粘合的表面层中使用金刚石微米粉末,以保护粘合表面免受维力磨损。 本文提供了一种计算镍(金刚石电镀涂层)沉积条件的沉积条件的过程,考虑了由于工作级分的金刚石颗粒的横截面积和微米粉末的横截面积的自由表面积的变化 。 该过程允许计算填充沉积速率和持续时间,涂层的最终厚度及其保护性子层。

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