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Assessment of optical coatings for 193-nm lithography

机译:193 nm光刻的光学涂层评估

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Abstract: We present an assessment of antireflective coatings for 193-nm lithography. Coatings from nine suppliers were exposed in a nitrogen ambient for up to 1.5 billion pulses at 15 mJ/cm$+2$//pulse at 400 Hz. Sensitive metrology, developed for this study, included reflectance/transmittance measurements, in-situ ratiometric transmission measurements, and interferometric calorimetry for absorption measurements. The coatings from at least two suppliers withstood greater than 1 billion pulses with no observable degradation. Catastrophic damage observed on some samples included blistering and a dramatic transmission drop. Such damage occurred rather early (less than 100 million pulses). !8
机译:摘要:我们提出了一种用于193 nm光刻的抗反射涂层的评估。来自九个供应商的涂层在氮气环境中以15 mJ / cm $ + 2 $ // pulse在400 Hz下暴露了多达15亿个脉冲。为这项研究而开发的灵敏计量学包括反射率/透射率测量,原位比率透射率测量以及用于吸收率测量的干涉量热法。至少有两个供应商的涂料经受了超过10亿个脉冲的冲击,并且没有明显的降解。在某些样品上观察到的灾难性损害包括起泡和严重的透射率下降。这种损坏发生得相当早(不到1亿个脉冲)。 !8

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