线锯清洗后的相互作用和随后的电池制造,锯损伤,蚀刻和变形过程

G. Allardyce, R. Barr, R. Chan, M. Moynihan, C. O'connor, T. Ridler
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引用次数: 6

摘要

送去清洗的后线锯片被切削液浆液、硅屑、微量金属物质和氧化物严重污染。目前还没有行业标准的流程或设备来进行此操作,晶圆制造商可以使用各种选项。然而,一个共同的主题是使用化学清洁剂,以方便清除碎片和污染物。本文描述了为确定不同清洁化学类型对后续细胞制造的潜在影响而进行的研究。通过对接触角、形貌、蚀刻深度和反射率的表征表明,某些类型的清洗剂可能对结构过程和金字塔的产生产生深远的潜在不利影响。讨论了潜在的机制,并描述了证明这种不利影响可以纠正的其他研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interaction between post wire saw cleaning and the subsequent cell fabrication saw damage etch and texturing process
Post wire saw wafers presented for cleaning are heavily contaminated with cutting fluid slurry, silicon kerf, trace metallic species and oxides. There is no industry standard process or equipment set for this operation with various options utilised by the wafer manufacturer. However a common theme is the use of chemical cleaners to facilitate removal of the debris and contaminants. This paper describes studies conducted to determine potential effects of differing cleaner chemistry types on subsequent cell fabrication. By characterisation of contact angle, topography, etch depth and reflectance it is shown that certain cleaner types can have a profound and potentially adverse effect on the texture process and pyramid generation. Potential mechanisms are discussed and additional studies demonstrating that such adverse effects can be rectified are described.
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