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Contributions to Innate Material Roughness in Resist

机译:固有抗蚀剂对材料粗糙度的贡献

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A method has been developed to probe the Innate Material Roughness (IMR) of resist materials. We have applied this to EUV and 248 nm resists to deconvolute the material contributions to roughness: 1) the polymer alone, 2) interaction between the polymer, photoacid generator (PAG), base quencher, and photolysis byproducts, 3) the effects of exposure, and 4) development. We studied ESCAP based resists (with more limited data on APEX polymers), an iodonium nonaflate PAG, a tetabutyl ammonium hydroxide (TBAH) base quencher, and standard tetramethylammonium hydroxide (TMAH) development.
机译:已经开发出一种方法来探测抗蚀剂材料的固有材料粗糙度(IMR)。我们将其应用于EUV和248 nm抗蚀剂,以消除材料对粗糙度的影响:1)单独使用聚合物,2)聚合物,光致产酸剂(PAG),碱猝灭剂和光解副产物之间的相互作用,3)曝光的影响,以及4)开发。我们研究了基于ESCAP的抗蚀剂(有关APEX聚合物的数据更为有限),九氟碘化鎓PAG,氢氧化叔丁基铵(TBAH)基本淬灭剂和标准四甲基氢氧化铵(TMAH)的开发。

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