基于人体在地平面上的感应足电流估算踝关节SAR的有效截面积研究

Y. Tanaka, S. Watanabe, Y. Yamanaka, M. Taki, M. Takahashi
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引用次数: 0

摘要

在人体未与地平面隔离的情况下,以入射电磁场强度计算的最大允许暴露水平(相当于踝关节SAR为25 W/kg),对四肢的基本限制已适用。由于这些限制是在考虑最坏的曝光条件下确定的,因此有时可能过于严格。为了放宽非隔离条件下的限制,引入了附加的感应脚电流限制。因此,本研究的目的是阐明踝关节SAR与诱导足电流(即有效截面)之间的关系。
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Study on effective area of ankle cross-section for estimation of ankle SAR with induced foot-current of a human body standing on ground plane
Maximum permissible exposure levels in terms of incident electromagnetic-field strength corresponding to ankle SAR of 25 W/kg, basic limits for extremities have been applied to a case where a human body has not been isolated from the ground plane. Because these limits were determined by considering worst-case exposure conditions, they can sometimes be too stringent. To relax the limit for nonisolated conditions, additional limits in terms of induced foot current, are introduced. The objective of this study is therefore to clarify the relationship between the ankle SAR and the induced foot-current i.e., the effective cross section.
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