首页> 外国专利> Nanofabrication method, e.g. for sensors, involves using punch to transfer nanopattern from master to target surface, where master pattern is prepared by particle lithography

Nanofabrication method, e.g. for sensors, involves using punch to transfer nanopattern from master to target surface, where master pattern is prepared by particle lithography

机译:纳米制造方法,例如对于传感器,涉及使用冲头将纳米图案从母版转移到目标表面,其中母版图案是通过粒子光刻法制备的

摘要

The master pattern is prepared by particle lithography using colloidal nanoparticles (7), and then transferred to the punch (3) by casting the latter directly from the master surface. A method for providing surfaces with patterns on the nanometer scale comprises transferring the pattern from a master (2) to a punch and then using the punch to transfer this pattern to the target surface (5). The master pattern is prepared by particle lithography, in which the individual particles are colloidal particles with a typical size of 1 nm to 1 micron. The particle pattern components are distributed in a random or ordered fashion over the master surface, and the master pattern is then transferred to the punch by casting the latter directly from the master surface. Independent claims are also included for; (1) The master; (2) The apparatus used to carry out the above method; and (3) Devices with a surface pattern prepared by this method.
机译:通过使用胶体纳米颗粒(7)的粒子光刻技术来制作母版图案,然后通过直接从母版表面浇铸冲头(3)将其转移到冲头(3)上。一种为表面提供纳米级图案的方法,该方法包括将图案从母版(2)转移到冲头,然后使用冲头将该图案转移到目标表面(5)。通过颗粒光刻法制备主图案,其中各个颗粒是典型尺寸为1nm至1微米的胶体颗粒。颗粒图案成分以随机或有序的方式分布在主表面上,然后通过直接从主表面浇铸冲头将主图案转移到冲头。独立索赔也包括在内; (1)主人; (2)用于执行上述方法的设备; (3)通过该方法制备的具有表面图案的器件。

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