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Effects of structural differences in speed enhancers (dissolution promoters) on positive photoresist composition

机译:速度增强剂(溶解促进剂)的结构差异对正性光刻胶组成的影响

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Abstract: Several low molecular weight polyhydroxy phenolic compounds were used to study their effect on DNQ novolak photoresist compositions. These compounds used with fractionated novolak resins in a positive photoresist composition, tend to improve the photospeed, but in some cases degrades the other characteristics of the resist including resolution and depth of focus. Improvements in performance (photospeed, sidewall angle, resolution, and depth of focus) may depend on the structure of the speed enhancer. Speed enhancers were obtained commercially or synthesized, characterized by HPLC and NMR, and were formulated as i-line resists. The goal of these studies was to find out the relationship between the structure of the speed enhancer and the performance of the resist.!9
机译:摘要:用几种低分子量的多羟基酚类化合物研究了它们对DNQ线型酚醛清漆光致抗蚀剂组合物的影响。这些化合物与正型光刻胶组合物中的分馏线型酚醛清漆树脂一起使用时,往往会提高光速,但在某些情况下会降低抗蚀剂的其他特性,包括分辨率和焦点深度。性能(光速,侧壁角度,分辨率和焦点深度)的改进可能取决于速度增强器的结构。增速剂可通过商业途径获得或合成,通过HPLC和NMR表征,然后配制成i-line抗蚀剂。这些研究的目的是找出速度增强剂的结构与抗蚀剂性能之间的关系。9

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