A Basic Study on the Estimation of the Amount of Power Absorption in Human Body Exposed to Microwave Using Infrared-Camera and Tissue Equivalent Phantom

長谷 篤志; 岡野 好伸; 伊藤 公一; Yoshinobu OKANO

doi:10.11485/itetr.22.11.0_19

A Basic Study on the Estimation of the Amount of Power Absorption in Human Body Exposed to Microwave Using Infrared-Camera and Tissue Equivalent Phantom

長谷篤志, 岡野好伸, 伊藤公一, Yoshinobu OKANO

Department of Electrical,Electronic and Communication Engineering

Research output: Contribution to journal › Article

Abstract

The human body significantly alters characteristics of the antenna, which is used for cellular telephones and similar communication devices. This interaction as well as the resultant deposition of microwave power in the human body (specific absorption rate-SAR) are of particular interest for potable radio equipment. In this paper, measurements by the thermographic method using an infrared-camera and tissue equivalent phantom is introduced to estimate the SAR in the human head exposed to microwave sources.

Translated title of the contribution	紫外線カメラと生体等価ファントムを用いた人体への電磁波曝露量評価に関する基礎検討
Original language	American English
Pages (from-to)	19 - 24
Journal	ITE Technical Report
Volume	22
Issue number	11
DOIs	https://doi.org/10.11485/itetr.22.11.0_19
State	Published - 12 Feb 1998

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abstract = "The human body significantly alters characteristics of the antenna, which is used for cellular telephones and similar communication devices. This interaction as well as the resultant deposition of microwave power in the human body (specific absorption rate-SAR) are of particular interest for potable radio equipment. In this paper, measurements by the thermographic method using an infrared-camera and tissue equivalent phantom is introduced to estimate the SAR in the human head exposed to microwave sources.",

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AU - OKANO, Yoshinobu

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ER -

A Basic Study on the Estimation of the Amount of Power Absorption in Human Body Exposed to Microwave Using Infrared-Camera and Tissue Equivalent Phantom

Abstract

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