NIL:纳米压印光刻
纳米压印光刻(Nano-Imprint Lithography,简称NIL)是一种先进微纳加工技术,通过机械压印方式在纳米尺度实现图形转移。该技术因操作简便、成本较低且分辨率高,在医学物理、生物芯片制造、医疗器械开发等领域应用广泛。采用缩写“NIL”便于学术交流与文献书写,有效提升专业场景下的沟通效率。
Nano-Imprint Lithography具体释义
Nano-Imprint Lithography的英文发音
例句
- Based on the nano-imprint lithography ( NIL ) combining with layered manufacture principle, a novel three-dimensional micro-electronic mechanical system ( MEMS ) fabrication process is investigated.
- 针对目前微电子机械系统(MEMS)制造中存在的三维加工能力不足的问题,将压印光刻技术和分层制造原理相结合,研究了三维MEMS制造的新工艺。
- Nano-imprint stamp is the most important tool of nano-imprint lithography techniques, the traditional materials are silicon and quartz, but they are brittle and expensive. The researchers are studying a more suitable material as nano-imprint stamp.
- 纳米压印模板是纳米压印技术最重要的工具,由于传统硅、石英材料的脆性和加工昂贵,研究人员正在研究更适合于纳米压印技术的模板材料。
- With the continuous development of MEMS / NEMS technology, nano-imprint lithography has become one of the focused micro-nano graphics replication process in recent years, and it is considered to be one of the most potential nano lithography technique to replicate large area nanostructures with high-resolution.
- 随着MEMS/NEMS工艺的不断发展,这一技术成为了近年来微纳图形复制工艺的研究热点之一,被誉为最具有发展潜力的制作纳米结构的技术之一。
- The novel methods include nano-imprint, laser interference lithography, x-ray lithography, electron beam lithography, focused ion beam and so on.
- 包括纳米压印、激光干涉光刻、x射线光刻、电子束光刻、聚焦离子束刻蚀等。
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