Table of Contents
Table of Contents
Preface
Chapter 1. Elecromagnetism: History and Experiments
(A. Andrikopoulos, Department of Optics & Optometry, T.E.I. of Western Greece, Aigio, Greece)
Chapter 2. The Legacy of J.C. Maxwell: Classical Electrodynamics in Four Equations
(A. Andrikopoulos, Department of Optics & Optometry, T.E.I. of Western Greece, Aigio, Greece)
Chapter 3. Mathematical Approaches to Describe Biological Effects Produced by Microwave Radiation Applied Alone or Combined with Other Agents
(Vladislav G. Petin, Viktor K. Ivanov and Leonid P. Zhavoronkov, A. Tsyb Medical Radiological Research Centre, Branch of the National Medical Research Radiological Centre of the Ministry of Health of the Russian Federation, Obninsk, Russia)
Chapter 4. Laser Light and Operational Hazard Classification
(I. Thanopulos and A. Andrikopoulos, Department of Optics & Optometry, T.E.I. of Western Greece, Aigio, Greece)
Chapter 5. Dosimetry, Peculiarities of Cell Inactivation and Animal Death after Microwave Exposure
(Vladislav G. Petin and Leonid P. Zhavoronkov, A. Tsyb Medical Radiological Research Centre, Branch of the National Medical Research Radiological Centre of the Ministry of Health of the Russian Federation, Obninsk, Russia)
Chapter 6. Electromagnetic Radiation from Medical Equipment: The Need for Safety Procedures Due to the Time Heterogeneity of Field Strength
Constantinos M. Koutsojannis, Department of Physiotherapy, T.E.I. of Western Greece, Patras, Greece)
Chapter 7. Biological Effects of Laser Irradiation and Occupational Safety
(A. Andrikopoulos and I. Thanopulos, Department of Optics & Optometry, T.E.I. of Western Greece, Aigio, Greece)
Index
Keywords: Electromagnetic Radiation, Theory, Microwave, Laser, Safety
Audience: Scientists, Students, Physicists, Medical Doctors, Electrical Engineers, Biologists
