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Micro and Nano Robotic Technologies

机译:微型和纳米机器人技术

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摘要

Today robotic technology can be developed and advanced a lot from industrial robotic manipulation to the micro and nano manipulations. We have been proposed "Nano Laboratory" consisted of the capabilities of nanofabrication, nanoinstrumentaion and nanoassembly to make three dimensional structure, devices and systems in the nanoworld. First the nanorobotic manipulation system is introduced to realize these capabilities inside a scanning electron microscope (SEM) and a transmission electron microscope (TEM). Then some precursors are introduced into the working small space in the nanoworld, so that the cutting, bending and fixing operation in the nanoworld will be realized using nanomanipulator, electron-bean-induced deposition (EBID) and other methodologies as in the macro world. After making the three dimensional structure, nano devices such as sensor and actuator can be fabricated.
机译:如今,从工业机器人操纵到微米和纳米操纵,机器人技术可以得到很大的发展和进步。我们已经提出了由纳米制造,纳米仪器和纳米组装的能力组成的“纳米实验室”,以制造纳米世界中的三维结构,装置和系统。首先,引入纳米机器人操纵系统以在扫描电子显微镜(SEM)和透射电子显微镜(TEM)中实现这些功能。然后将一些前体引入到纳米世界的工作小空间中,以便可以使用纳米操纵器,电子豆诱导沉积(EBID)和其他方法(如宏观世界)来实现纳米世界中的切割,弯曲和固定操作。在制作三维结构之后,可以制造纳米器件,例如传感器和致动器。

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