【摘要】 应用模型实验方法和数字化红外热象技术定量地测定了实际尺寸的人体睾丸和阴茎模型在2450MHz电磁场作用下的受热分布(SAR分布)。实验表明,在2450MHz电磁场作用下,睾丸内部受热是不均匀的,最大比吸收率SAR为1.9W/kg(1mw/cm~2)和8.0W/kg(临床条件)。阴茎对电磁波的吸收呈现极化效应。当电磁波的电场平行于阴茎时,吸收最强,最大受热出现在阴茎基部,最大SAR为3.0W/kg(1mW/cm~2)。更多还原

【Abstract】 Two full-sized man models with male reproductive organs were exposed to both farfield and near-field microwaves and the heating patterns (SAR distribution) in the male reproductive organs were determined thermographically using an interactive computer system.The experimental results showed that the heating of the testes exposed to 2450 MHz microwave was not unifrom and that the peak SAR values were 1.9W/kg for 1mW/cm~2 and 8.0W/kg for clinic condition respcctively. The power absorption in the penis, when exposed parallel to E field vector, reached maximum with the peak SAR value of 3.0W/kg (lmW/cm~2) at the base of penis.更多还原