An analysis of radiofrequency and microwave absorption data with consideration of thermal safety standards
Richard A. Tell, United States. Environmental Protection Agency. Electromagnetic Radiation Analysis Branch
Environmental Protection Agency, Office of Radiation Programs, Electromagnetic Radiation Analysis Branch, 1978 - Electromagnetism - 45 pages
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A. W. Guy Abstracts of Scientific ANSI averaged basal metabolic rate Biological Effects Biological Tissues Biomedical Engineering body exposure body heat loading body specific absorption body thermal loads body tissues Bou1der C. C. Johnson C. H. Durney Department of Health Durney et al.(51 Effects of Electromagnetic electromagnetic field energy Electromagnetic Fields Electromagnetic Radiation Electromagnetic Waves ellipsoidal Environmental Protection Agency experimental field energy density free space ground plane Hagmann Hazards held in Airlie human IEEE Transactions incident power density irradiation levels of RF lW/kg Massoudi Microwave Theory MW absorption MW energy MW exposure Nonionizing Radiation NTIS Order Number Office of Radiation plane wave population power density Prolate Spheroidal Models Radiation Programs Radiofrequency radiofrequency and microwave resonance RF and MW Schwan specific absorption rate specific tissue Theory and Techniques Transactions on Biomedical Transactions on Microwave U.S. Department U.S. Environmental Protection wave impedance Welfare publication FDA)77-8011 Whole body specific