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On May 12-17, 2013, the international symposium on Silicon Compatible Materials, Processes, and Technologies for Advanced Integrated Circuits and Emerging Applications')) will be held as a part of the 223rd Meeting of the Electrochemical Society. The venue is the City of Toronto (Ontario), the cultural, entertainment and financial capital of Canada. Since this new decade the organizers are redirecting and widening the scope of this annual and technology-driven symposium, which manifests in the new symposium title. The focus has transformed from traditional scaling in CMOS integrated circuit manufacturing (More Moore for short) into more diversification and embedded functionality (More than Moore) and end-of-CMOS and beyond-CMOS nanoelectronic devices and materials. Thus, the main objective is to address the latest advances in channel, gate stack and source/drain engineering for state-of-the-art CMOS integrated circuit manufacturing, next to advanced non-planar transistor structures and new exploratory areas such as 3D integration, MEMS & NEMS devices, which are adding functionalities to conventional CMOS devices.
机译:2013年5月12-17,在硅兼容的材料,工艺和先进的集成电路技术和新兴应用))国际研讨会将举行的电化学学会的223次会议的一部分。地点是多伦多市(安大略省),文化,娱乐和加拿大的金融资本。由于这个新的十年主办方重定向和扩大这一年度和技术驱动的研讨会,这体现在新的研讨会标题的范围。在CMOS集成电路制造(更多摩尔的简称)成更多样化和嵌入功能性(比摩尔以上),并和超出-CMOS纳米电子器件和材料结束CMOS的焦点已经从传统的缩放变换。因此,主要目标是解决在信道,栅极堆叠和源极/对国家的最先进的CMOS集成电路制造漏极工程,毗邻先进非平面晶体管结构和新的探索领域的最新进展,例如3D集成,MEMS&NEMS设备,其被添加到官能团常规CMOS器件。

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