Computational Electromagnetics Performances of Magnetic Microrobotics Systems

Ruipeng Chen, D. Folio, Antoine Ferreira
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Abstract

The magnetic microrobot have the potential to assist surgeon to perform precision medical procedures by using electromagnetic actuation (EMA) system. Various EMA system can provide desired magnetic field and gradient for the locomotion control of magnetized microrobot. Investigation of the performance of EMA system is reported to effectively select specific application. The paper evaluates EMA configurations consisting of the classical coils such as Helmholtz coils, Maxwell coils and saddle coils; and also studies systems with electromagnets. The considered EMA systems are evaluated with respect to computational electromagnetics performances and structure design. Applications for the suitable EMA system are also discussed.
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磁性微型机器人系统的计算电磁学性能
磁性微型机器人有可能通过使用电磁驱动(EMA)系统来辅助外科医生执行精确的医疗程序。各种电磁补偿系统可以为磁化微机器人的运动控制提供所需的磁场和梯度。报告了对EMA系统性能的调查,以有效地选择具体应用。本文评价了由亥姆霍兹线圈、麦克斯韦线圈和鞍形线圈等经典线圈组成的电磁辐射构型;也研究了有电磁铁的系统。从计算电磁学性能和结构设计方面对所考虑的电磁干扰系统进行了评估。讨论了合适的EMA系统的应用。
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