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Dual pass electron beam writing of bit arrays with sub-100 nm bits on imprint lithography masters for patterned media production

机译:在压印光刻母版上对具有100 nm以下位的位阵列进行双通道电子束写入,以用于图案化介质生产

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摘要

A model and experimental results of a new method for exposing bit arrays with electron beam lithography are presented. The method allows the reduction of the amount of pattern data by orders of magnitude. The method utilises two overlapped exposures. In the first exposure a 1-D array of parallel stripes is written and in the second exposure another 1-D array of parallel stripes orthogonal to the first ones. Exposure dose is chosen so that after development only the areas where a positive resist have been subjected to overlapped exposure are fully developed. The bit size is determined by the widths of the stripes. In order to compensate for an approximately 50% loss of contrast a contrast enhancement scheme utilizing a trilayer resist was used.
机译:提出了一种利用电子束光刻技术曝光位阵列的新方法的模型和实验结果。该方法允许将图案数据的数量减少数量级。该方法利用两个重叠的曝光。在第一次曝光中,写入一个平行条纹的一维阵列,在第二次曝光中,写入另一个正交于第一个平行条纹的一维阵列。选择曝光剂量,以便在显影后仅完全显影正性抗蚀剂已经重叠曝光的区域。位大小由条纹的宽度确定。为了补偿约50%的对比度损失,使用了利用三层抗蚀剂的对比度增强方案。

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