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Polishing Characteristics on Silicon Wafer Using Fixed Nano-sized Abrasive Pad

机译:固定纳米磨料在硅晶片上的抛光特性

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A mechanical polishing process was used to reduce surface roughness through mechanical fracturing and removal of the substrate's roughened regions. It was thus necessary to understand the effect of grain size and morphology on the material removal mechanisms of silicon wafers by stepwise polishing using a fixed abrasive pad. A hybrid process combining the optimized silicon polishing recipe for rapid roughness reduction with a micro-sized diamond, and then polishing using a nano-sized diamond to produce a final finished surface, may be the optimum approach. The best result using the hybrid polishing process was the surface roughness (Ra) value of 3.32 nm.
机译:机械抛光工艺用于通过机械破裂和去除基材的粗糙区域来降低表面粗糙度。因此,有必要通过使用固定的研磨垫逐步抛光来了解晶粒尺寸和形态对硅晶片材料去除机理的影响。混合工艺可能是最佳方法,该工艺将用于快速降低粗糙度的优化硅抛光配方与微尺寸金刚石相结合,然后使用纳米尺寸的金刚石进行抛光以产生最终的精加工表面。使用混合抛光工艺的最佳结果是表面粗糙度(Ra)值为3.32 nm。

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