Research on the Effects of Electromagnetic Radiation to Human Body by Implanted Medical Devices Based on Wireless Charging Technology

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Research on the Effects of Electromagnetic Radiation to Human Body by Implanted Medical Devices Based on Wireless Charging Technology

机译：基于无线充电技术的植入医疗装置对人体电磁辐射对人体影响的研究

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《Basic & clinical pharmacology & toxicology.》 |2020年第s1期|共2页
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1. Research on the Effects of Electromagnetic Radiation to Human Body by Implanted Medical Devices Based on Wireless Charging Technology [J] . Basic & clinical pharmacology & toxicology. . 2020,第S1期

机译：基于无线充电技术的植入医疗装置对人体电磁辐射对人体影响的研究
2. Coated with nanomaterials intraocular lenses, ophthalmic and human body implantable devices with high catalytic antioxidant activities: A new nanotechnology strategy of peroxidase cellular enzyme mimics increasing the biocompatibility and therapeutic deployment of the medical prosthetic device [J] . BabizhayevM.A. Recent patents on drug delivery & formulation . 2013,第1期

机译：用具有高催化抗氧化活性的纳米材料人工晶状体，眼科和人体可植入设备进行涂层：过氧化物酶细胞酶模拟的新纳米技术策略可提高医疗修复设备的生物相容性和治疗部署
3. Effects of Dielectric Parameters of Human Body on Radiation Characteristics of Ingestible Wireless Device at Operating Frequency of 430 MHz [J] . Xu L., Meng* M. Q.-H., Chan Y. Biomedical Engineering, IEEE Transactions on . 2009,第8期

机译：人体介电参数对工作频率为430 MHz的可摄取无线设备辐射特性的影响
4. Numerical estimation of SAR enhancement due to implantable medical device inside human body exposed to external electromagnetic waves - 5G cellular candidate frequency bands [C] . Takashi Hikage, Keita Sakakibara, Toshio Nojima, Joint Meeting of the Bioelectromagnetics Society and the European BioElectromagnetics Association . 2018

机译：由外部电磁波中的植入医疗装置引起的SAR增强的数值估计 - 5G蜂窝候选频段
5. Sparsity based localization in medical applications: Medical implant in-body localization using wireless body sensor networks, and indoor tracking of patients for assistive healthcare. [D] . Pourhomayoun, Mohammad. 2013

机译：在医疗应用中基于稀疏性的定位：使用无线人体传感器网络进行医疗植入物体内定位，以及对患者进行室内跟踪以辅助医疗保健。
6. Model-Based Systems Engineering Applied to Trade-Off Analysis of Wireless Power Transfer Technologies for Implanted Biomedical Microdevices [O] . Juan A. Martínez Rojas, José L. Fernández, Rocío Sánchez Montero, 2021

机译：基于模型的系统工程应用于植入生物医学微生物的无线电力传输技术的权衡分析
7. Electromagnetic human-body absorption due to near-field exposure from hand-held wireless devices and multi-path exposure from base station antennas [O] . Vermeeren Günter 2013

机译：由手持无线设备的近场曝光和基站天线的多径曝光引起的电磁人体吸收
8. Do It by Design: An Introduction to Human Factors in Medical Devices. Guidance211 Document for Testing Non-Articulating, 'Mechanically Locked', Modular Implant 211 Components [R] . Sawyer, D. 1998

机译：通过设计实现：医疗器械中的人为因素介绍。 Guidance211用于测试非关节，“机械锁定”，模块化植入物211组件的文件

Research on the Effects of Electromagnetic Radiation to Human Body by Implanted Medical Devices Based on Wireless Charging Technology

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