Handbook of Biological Effects of Electromagnetic Fields, Third Edition - 2 Volume Set
Charles Polk, Elliot Postow
CRC Press, Dec 21, 1995 - Technology & Engineering - 618 pages
The first edition of this book has been recognized as the standard reference on biological effects of electric and magnetic fields from DC to microwaves. But much has changed in this science since the book's original publication in 1986. With contributions from eighteen leading researchers, this latest edition includes authoritative discussions of many new developments and will quickly become the new, must-have resource handbook.
Dielectric properties of biological tissue are thoroughly examined, followed by chapters on physical mechanisms and biological effects of static and extremely low frequency magnetic fields. New chapters on topics that were treated very briefly in the first edition now receive extensive treatment. These topics include electric and magnetic fields for bone and soft tissue repair, electroporation, and epidemiology of ELF health effects.
The chapter on computer methods for predicting field intensity has been substantially revised to describe new numerical techniques developed within the last few years and includes calculations of power absorbed in the human head from cellular telephones. The chapter discussing experimental results on RF interaction with living matter now contains information on effects of very high power, very short duration pulses.
A new appendix on safety standards is based on the latest publications of governmental, as well as quasi-governmental organizations (such as the U.S. Council on Radiation Protection) in the United States, Europe, and Australia. With all its revisions, this updated version of the CRC Handbook of Biological Effects of Electromagnetic Fields provides the most comprehensive overview available of this rapidly changing science.
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Dielectric Relaxation Mechanisms
Dielectric Properties of Tissues 25
Dielectric Dispersion in Tissues
B In Vivo vs In Vitro Properties
Dielectric Properties of TissuesTabulated
PART IIEFFECTS OF DC AND LOW FREQUENCY FIELDS
Experimental Radiowave and Microwave Dosimetry
To summarize some of the very early work on this subject and establish a historical
Computational Methods for Predicting Field Intensity
Thermoregulation in the Presence of Microwave Fields
Interaction of Nonmodulated and Pulse Modulated Radio Frequency Fields with
Modulated Fields and Window Effects
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absorption animals antenna applied behavior bilayer Bioelectromagnetics Biol Biological Effects biological systems Biophys body bone brain calculated cancer risk capacitance cell membrane changes conductivity constant current densities dielectric properties dielectric relaxation dispersion distribution dosimetry E-field electric and magnetic electric field electrical breakdown electromagnetic fields electron electroporation ELF fields ELF magnetic fields energy Equation experimental exposed extremely low frequency field strength Figure function heat human hyperthermia IEEE IEEE Trans increase induced interaction leukemia levels low frequency Magnetic Resonance Imaging magnetite measurements mechanism melatonin mice microwave molecules muscle noise observed orientation particles permittivity Phys polarization pore potential power lines probe protein pulse radiation radiofrequency rats relaxation reported resonance response RF/EM Schwan signal significant sinusoidal skin static magnetic fields Stuchly studies surface suspensions temperature Tesla thermal thermoregulation tissue tumors typical uptake voltage W/kg