覆盖
计算机科学
相容性(地球化学)
平版印刷术
覆盖网
分布式计算
纳米压印光刻
对策
嵌入式系统
材料科学
操作系统
医学
替代医学
互联网
光电子学
病理
制作
复合材料
作者
Nilabh K. Roy,Mario Meissl,Takahiro Yoshida,Anshuman Cherala,Xiaoming Lu,J. Klein,Mingji Lou,Jin Choi,Hiroyuki Sekiguchi,Takashi Shibayama,Mitsuru Hiura
摘要
The integration of a NIL into production for advanced memory devices will require compatibility with existing high-end optical lithography processes in order to meet the aggressive overlay performance specifications. To deliver such a demanding overlay specification, it is necessary for NIL to achieve reliable alignment and to expand its overlay error budget to include as many as higher-order error components along with their countermeasure options. In this paper, NIL overlay models have been developed to address alignment of full fields and partial fields.
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