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Adhesion strength of multi-layered diamond films on WC–Co alloy substrate

机译:WC-Co合金基材上多层金刚石膜的粘附强度

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In this study, we conducted research to establish a technique for synthesizing diamond film, which have a superior adhesion strength, on a WC–Co alloy, by utilizing the characteristics of multi-layered diamond film. First, the chemical bonding strength between diamond film and substrate was improved by increasing the nucleation temperature at the beginning of coating. Next, the internal stress of the diamond film was reduced by setting the deposition temperature of the diamond film to be lower than that in the conventional method and by making the film multi-layered. By optimizing the conditions of the above procedure, we succeeded in the synthesis of a diamond film which has adhesion strength 30% higher than that of the film synthesized by the conventional technique.
机译:在这项研究中,我们通过利用多层金刚石膜的特性来建立用于合成WC-Co合金上具有优异粘合强度的金刚石膜的技术。首先,通过增加涂层开始时的成核温度来提高金刚石膜和基板之间的化学键合强度。接下来,通过将金刚石膜的沉积温度设定低于常规方法的沉积温度并通过使薄膜多层进行减小金刚石膜的内应力。通过优化上述过程的条件,我们成功地合成了金刚石膜,该金刚石膜具有比常规技术合成的薄膜高30%的粘合强度。

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