Electromagnetic waves from the lower radio frequencies up through the optical spectrum
can generate a myriad of effects and responses in biological specimens. Some of these …

A survey of thermal and nonthermal effects is presented with some recommendations for
future work. A basis of all biophysical considerations are the electrical properties including …

The public is becoming increasingly aware of and concerned about the potential biological
effects of electromagnetic fields (EM). This book represents the state of the knowledge in the …

The study of electromagnetic bioeffects is multidisciplinary; it draws heavily from the
disciplines of physics, engineering, mathematics, biol ogy, chemistry, medicine, and …

For the study of electromagnetic dosimetry and hyperthermia, it is necessary to simulate
human biological materials. This can be done by chemical mixtures that are described in this …

A review is given of the dielectric properties of mammalian tissues for the frequency range 1
Hz to 10 GHz. Such information is of relevance to a number of medical diagnostic and …

The bulk electrical properties of biological materials have been of interest for many reasons
for over a century. The dielectric properties of tissues are needed for the calculation of the …

The static, low-frequency and radiofrequency parts of the electromagnetic spectrum are
used in various areas of human activity. Equipment utilizing this energy today is to be found …

From engineering fundamentals to cutting-edge clinical applications This book examines the
biological effects of RF/microwaves and their medical applications. Readers will discover …

The biological effects of exposure to nonionizing radiation of radio and microwave
frequencies have been studied at length. 1-6 More recently data have been reported on …