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Surface uniformity of CVD diamond film polishing by catalytic polishing method

机译:催化抛光法通过CVD金刚石膜抛光的表面均匀性

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CVD diamond is the main trend of future diamond materials. Surface uniformity of CVD diamond film polishing is one of the key technologies to expand the application of CVD diamond. Based on the catalytic polishing method, rotation velocity of the planet wheel is achieved when the lapping plate is in different rotation velocity and different bias distance by mechanics analysis. The lapping surface uniformity is analyzed to find out the best bias distance and velocity ratio by simulating the lapping times of different CVD diamond film with different velocity ratio and bias distance. At last, the lapping planet velocity and bias distance are achieved when polishing is in the best condition. The high uniformity surface can be achieved when polishing is carried out in these parameters.
机译:CVD钻石是未来钻石材料的主要趋势。 CVD金刚石膜抛光的表面均匀性是扩展CVD金刚石应用的关键技术之一。基于催化抛光方法,当研磨板处于不同的旋转速度和通过力学分析的不同偏置距离时,实现了行星轮的旋转速度。分析研磨表面均匀性以通过模拟具有不同速度比和偏置距离的不同CVD金刚石膜的研磨时间来找出最佳偏置距离和速度比。最后,当抛光处于最佳条件时,实现了研磨行星速度和偏置距离。在这些参数中进行抛光时,可以实现高均匀性表面。

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