Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6 GHz (マイクロ波)

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概要

• 論文の詳細を見る
• 2012-07-26

著者

• Chan Kwok-hung

  Department Of Electronic Engineering City University Of Hong Kong

• Hanatani Ryuto

  Nagoya Institute Of Technology

• LAAKSO Ilkka

  Graduate School of Engineering, Nagoya Institute of Technology

• Laakso Ilkka

  Graduate School Of Engineering Nagoya Institute Of Technology

関連論文

• Electromagnetic Interference of IEEE 802.11 Wireless LAN Systems in Medical Equipment
• Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6 GHz (光エレクトロニクス)
• Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6 GHz (マイクロ波)
• Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6 GHz (マイクロ波・ミリ波フォトニクス)
• Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6 GHz (エレクトロニクスシミュレーション)
• Temperature increase in the human body for simultaneous exposure to environmental heat and solar radiation
• Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6GHz
• Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6GHz
• Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6GHz
• Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6 GHz (光エレクトロニクス)
• Temperature Elevation in the Human Body Models of Child and Fetus for Far-Field Exposure from 30MHz to 6 GHz (エレクトロニクスシミュレーション)
• Thermal Modeling of Fetus and its Application to Dosimetry
• Thermal Modeling of Fetus and its Application to Dosimetry
• Thermal Modeling of Fetus and its Application to Dosimetry

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