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Friction and thermal phenomena in chemical mechanical polishing

机译:化学机械抛光中的摩擦和热现象

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The friction and thermal phenomenon was investigated to verify the effect of temperature on the material removal mechanism in chemical mechanical polishing (CMP). To this end, the polishing of various materials, temperature measurement by way of infrared ray camera, frictional force measurement and real contact area measurement experiment were conducted. From the results of these experiments, we concluded that the material removal mechanism in CMP under the influence of increasing temperature, is dominated by the increase in chemical reactions rather than mechanical ones. Furthermore, the removal rate did not remain constant during the polishing process and this has an effect on the within wafer non-uniformity (WIWNU).
机译:研究了摩擦和热现象,以验证温度对化学机械抛光(CMP)中材料去除机理的影响。为此,进行了各种材料的抛光,通过红外线照相机进行的温度测量,摩擦力测量和实际接触面积测量实验。从这些实验的结果,我们得出结论,在温度升高的影响下,CMP中的材料去除机理主要是化学反应而非机械反应的增加。此外,去除速率在抛光过程中没有保持恒定,这对晶片内部不均匀性(WIWNU)产生影响。

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