Titlebook: Biological Effects of Electromagnetic Fields; Mechanisms, Modeling Peter Stavroulakis Book 2003 Springer-Verlag Berlin Heidelberg 2003 Bioe

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Introduction,nd cover the subject as exhaustively as possible. As such, it must cover the possible reproducible mechanisms of action/reaction EMF-Biological Organism, the appropriate models that allow quantitative measurements, the basic biological reproducible effects and possible therapeutic effects along with

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Mechanisms of Action of EMFs on Biological Systems,e harm to the affected organism. Electromagnetic fields however, affect the internal communication of neural cells. The electric communication pulses are of the order of 1.5 MV/m. The potential difference between the inside and outside of the cell membrane corresponds to an electric field of 50 MV/m

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Mathematical Modeling of EMF Energy Absorption in Biological Systems, human body exposed to an EMF source. On a microscopic level, the applied field induces temporary electric dipoles, align permanent dipoles and causes drift of the charges in biological tissues. The friction associated with the movement of these dipoles and charges is what causes the rise in tempera

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EM Field Computations and Measurements,mainly concerned with the magnetic field as we shall see in 4.3 and 4.4. However, recent research brings the attention to the electric field. In particular, increased concentrations of radioactive decay products of radon 222, a commonly occurring radioactive gas, were measured in the presence of tes

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