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微纳米机器人在生物医学、环境检测和处理等多个领域具有非常重要的潜在应用,而磁场作为一种可以驱动并控制微纳米机器人的无线操控手段,具有获取简单、调试方便、能够无损穿透生物组织等特点,因此关于如何将磁场应用在微纳米机器人领域的课题一直受到国内外研究者的广泛关注.本文对目前磁场在微纳米机器人中的应用进行了简单的分类与归纳,介绍了相关机理,阐述了磁场在微纳米机器人领域的重要地位,旨在为今后的相关研究提供参考.
Micro-nano robots have very important potential applications in many fields such as biomedicine, environmental testing and processing. As a kind of wireless control method that can drive and control micro-nano robots, the micro-nano robots have the advantages of simple acquisition, convenient debugging and non-destructive penetration So the subject of how to apply the magnetic field in the field of micro-nano robots has been widely concerned by researchers at home and abroad.This paper simply classifies and summarizes the current application of micro-nano robots in the field, and introduces the related Mechanism, expounds the important position of the magnetic field in the field of micro-nano robots, and aims to provide reference for the related research in the future.