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2017 国际极紫外光刻会议
作者: 发布时间:2017-07-19 阅读次数:
会议名称(中文): 2017 国际极紫外光刻会议 

 

  会议名称(英文): International Conference on Extreme Ultraviolet Lithography 2017 

  所属学科: 光学,光电子学 

  开始日期: 2017-09-11 

  结束日期: 2017-09-14 

  所在国家: 美国 

  所在城市: 美国 

  具体地点: Monterey, California, United States 

  主办单位: 国际光学工程学会 

  E-MAIL: patw@spie.org 

  会议网站:http://spie.org/PUV/conferencedetails/international-conference-extreme-untraviolet-lithography     

  会议背景介绍: 

  The 2017 EUVL Conference, organized by SPIE, EUREKA, imec, and EIDEC, provides a forum to discuss and assess the worldwide status of EUVL technology and infrastructure readiness, as well as opportunities for future extension of the technology. We are also excited to announce that for 2017, the EUVL Conference will be collocated with Photomask Technologies, the seminal international forum to present photomask technology. New, original and un-published material generally addressing the challenges detailed below is sought for this symposium. 

  征文范围及要求: 

  Despite two generations of EUVL tools is in the field, strong progress in EUV sources, and chip manufacturers announcing plans for EUVL production, many challenges still remain in meeting HVM productivity and yield targets for the 7 nm technology node. In particular: ·Meeting productivity and availability targets for HVM, especially for the EUV source ·Simultaneously meeting resist targets for resolution, variability/stochastics, and sensitivity ·Mature pellicle technology ·Mask defectivity and lifetime ·Patterned mask inspection. Extension of EUVL to the 5 nm technology node and beyond will further require new innovations and breakthroughs in a variety of areas including: ·Greater than 500W light sources including XFEL ·Novel mask materials, both absorber and multilayers, addressing 3D and high NA effects ·Novel patterning and processing materials addressing stochastics and variability ·Resolution extension (High NA, multiple patterning, beyond EUV, …). Abstracts are being solicited for all topics related to the HVM introduction and extendibility of EUVL. General topic categories of interest include: ·EUV integration in manufacturing (EI) ·EUV tools, including sources and optics(ET) ·EUV masks, mask inspection/repair and review (MA) ·EUV pellicles, mask cleaning and thermal expansion (PE) ·EUV resist materials/process and contamination (RE) ·EUV patterning and process enhancement (EP) ·EUV lithography extendibility (EE). 

  

 
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