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EUV Resists based on Low Acid Diffusion - (PPT)

机译:基于低酸扩散的EUV抗蚀剂 - (PPT)

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Polymer Bound PAG shows better resolution and LWR than Polymer Blend Resist. Photospeed is faster for polymer blend Resist at the same molar loading of PAG- due to higher acid diffusion length. Higher molar PAG loading improves resolution, photospeed, and LWR for Polymer Bound PAG Resist. Continuing to explore Acid diffusion length, activation energy of the leaving group, polymer tensile strength, and resist swelling property. Better underlayers and topcoats to control Out-of Band Radiation. EUV Stochastic Resist models continue work with KLA-Tencor.
机译:聚合物结合PAG显示比聚合物共混物抗蚀剂的更好的分辨率和LWR。由于较高的酸扩散长度,聚合物混合在相同的摩尔载量时,光斑抗蚀剂更快。更高的摩尔扎载荷可提高分辨率,光电和LWR,用于聚合物绑定的PAG抗蚀剂。继续探索酸扩散长度,离去基团的活化能量,聚合物拉伸强度和抗蚀剂溶胀性。更好的底层和面漆来控制带频辐射。 EUV随机抗蚀剂模型继续与KLA-Tencor一起使用。

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