The effect of the MRI radiofrequency field on medical leads embedded beneath skin tissue

S. A. Mohsin, N. M. Sheikh, A. Maalik
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引用次数: 1

Abstract

The effect of skin tissue on the scattering of the MRI RF field by deep brain stimulation (DBS) leads is analyzed. RF induced heating occurs in the tissue surrounding the electrodes at the end of such a medical lead. The electric field and the induced temperature rise are found by solving the wave and heat equations. Spatial plots of the solutions are obtained. The presence of skin tissue also affects the transmission line behavior of the lead, and the resonant length; these effects are discussed.
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核磁共振射频场对埋入皮肤组织下的医用导线的影响
分析了皮肤组织对深部脑刺激(DBS)导联对MRI射频场散射的影响。射频感应加热发生在电极周围的组织在这样的医疗引线的末端。通过求解波和热方程,得到了电场和感应温升。得到了解的空间图。皮肤组织的存在也会影响引线的传输线行为和谐振长度;讨论了这些影响。
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