Radio Frequency Radiation Dosimetry and Its Relationship to the Biological Effects of Elecromagnetic Fields

The largest workshop ever held has produced the most comprehensive review of Radio Frequency Dosimetry and Bioeffects available. Over 80 of the world's leading scientists and technical experts from nine NATO countries and six NATO Partner for Peace countries, and others, review the state of the art in radio frequency radiation dosimetry, measurements and the relationship between SAR, power density and the biological effects of the electromagnetic fields.

1006076916
Radio Frequency Radiation Dosimetry and Its Relationship to the Biological Effects of Elecromagnetic Fields

The largest workshop ever held has produced the most comprehensive review of Radio Frequency Dosimetry and Bioeffects available. Over 80 of the world's leading scientists and technical experts from nine NATO countries and six NATO Partner for Peace countries, and others, review the state of the art in radio frequency radiation dosimetry, measurements and the relationship between SAR, power density and the biological effects of the electromagnetic fields.

309.0 In Stock
Radio Frequency Radiation Dosimetry and Its Relationship to the Biological Effects of Elecromagnetic Fields

Radio Frequency Radiation Dosimetry and Its Relationship to the Biological Effects of Elecromagnetic Fields

Radio Frequency Radiation Dosimetry and Its Relationship to the Biological Effects of Elecromagnetic Fields

Radio Frequency Radiation Dosimetry and Its Relationship to the Biological Effects of Elecromagnetic Fields

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Overview

The largest workshop ever held has produced the most comprehensive review of Radio Frequency Dosimetry and Bioeffects available. Over 80 of the world's leading scientists and technical experts from nine NATO countries and six NATO Partner for Peace countries, and others, review the state of the art in radio frequency radiation dosimetry, measurements and the relationship between SAR, power density and the biological effects of the electromagnetic fields.


Product Details

ISBN-13: 9780792364047
Publisher: Springer London, Limited
Publication date: 06/28/2000
Series: NATO Advanced Science Institutes Series , #82
Pages: 608
Product dimensions: 5.70(w) x 9.50(h) x 1.50(d)

Table of Contents

Prefacexi
Acknowledgementsxv
Introduction
NATO Involvement in Radio Frequency Radiation (RFR) Research and Health Safety1
United States Air Force Support of Radio Frequency Radiation Health and Safety: Bioeffects, Dosimetry, and Standards11
International EMF Project21
Session ABasics of Electromagnetics and Dosimetry
Summary of Session A: Basics of Electromagnetics and Dosimetry29
Microwave Effect on Embryo Brain: Dose Dependence and the Effect of Modulation31
Absorption Characteristics and Measurement Concepts39
Dosimetry and Densitometry of Pulsed Fields53
Biophysics Limits on the Biological Effects of Ultrawideband Electromagnetic Radiation63
Session BDielectric Properties of Biological Tissue
Summary of Session B: The Dielectric Properties of Tissues73
The Dielectric Properties of Tissues75
Investigations of Tissue Microwave and Thermal Properties for Combiend Microwave and Thermal Modelling of Body Tissue Regions85
Dielectric Properties of Skin97
Dielectric Properties of Human Crystalline Lens: Cataractogenic Effects of RFR103
Session CTheoretical Dosimetry
Summary of Session C: Theoretical Dosimetry109
Numerical and Experimental Methods for Dosimetry of RF Radiation: Some Recent Results111
Electromagnetic Field Calculations in an Anatomically Realistic Voxel Model of the Human Body123
Theoretical Methods of Evaluation of Absorbed Dose of Non-Ionizing Radiation in Nonuniform Media133
Recent Advances in Dosimetry Measurements and Modeling141
Session DExperimental Dosimetry
Summary of Session D: Experimental Dosimetry157
Experimental and Numerical Near-Field Evaluation of RF Transmitters159
High-Resolution Microwave Dosimetry in Lossy Media187
Infrared Thermography in Experimental Dosimetry of Radio Frequency and Millimeter Wavelength Radiation Exposure199
A Comparison of SAR Values Determined Empirically and by FD-TD Modeling207
Exposure and Dosimetry of Low Frequency RF Fields217
Molecular Dosimetry227
Dosimetry of Magnetic Fields in the Radiofrequency Range239
Current Status of Dosimetry in Evaluating Wireless Communications Technologies247
Session EContact and Induced Currents
Summary of Session E: Contact and Induced Currents257
Exposure Assessment of Extremely Low Frequency, Radiofrequency, and Microwave Radiation: Methods and Standards for Databases259
Biophysical Basis for Electrical Stimulation of Excitable Tissue: Application to Low Frequency Exposure Standards271
Dosimetry of RF Induced Body to Ground Current and Implications on Safety Standards293
Development of Induced and Contact Current (ICC) Limits in the HF and VHF Regions301
Radiofrequency Measurements and Sources309
Induced Current Densities and SARs from Non-uniform, Near-Field Exposure to Radiofrequency Magnetic Fields321
Evaluating Partial-Body Radiofrequency Field Exposures: The Need for Better Near-Field Dosimetry335
Session FResponses of Man and Animals I
Summary of Session F: Responses of Man and Animals I343
Thermoregulation: Its Role in Microwave Exposure345
Thermal Models for Microwave Heating of Tissue357
SAR Measurements in the Rhesus Monkey Ankle: Implications for Humans367
Microwave Dosimetry and Lethal Effects in Laboratory Animals375
Teratologic Effects of Exposure to Radio Frequency Radiation383
Session GResponses of Man and Animals II
Summary of Session G: Responses of Man and Animals II393
Effects of Microwave and Millimeter Wave Radiation on the Eye395
Contemporary Research on the Behavioral Effects of Radio Frequency Radiation403
Focusing Properties of Pulsed Signals inside Biological Tissue Media409
900 MHz Electromagnetic Fields: Exposure Parameters and Effects on Djungarian Hamsters419
Ligand Binding Under RF EM Exposure429
Session HApplications of Dosimetry in Biology & Medicine
Summary of Session H: Applications of Dosimetry in Biology and Medicine449
Dose Determinations in Epidemiological Studies451
Application of Dosimetry in Military Epidemiological Studies459
Use of a Full-Size Human Model for Evaluating Metal Implant Heating during Magnetic Resonance Imaging: Specific Absorption Rate Study473
Visualization of Electro Magnetic Field Exposure Using Radio-Frequency Current Density Imaging483
Possible Effects of Electromagnetic Fields on the Nervous-Endocrine-Immune Interactions493
Session IStandards and Applications
Summary of Session I: Standards and Applications501
Radio Frequency Exposure Standards in the United States503
The New ICNIRP Guidelines: Criteria, Restrictions, and Dosimetric Needs513
Requirements for the Protection of Persons and the Environment from Electromagnetic Fields of High Power Transmitters in the Federal Republic of Germany523
Radiofrequency (RF) Exposure of Mobile Communications in Hungary and Evaluation Relevant EU and National Standard: Base Stations and Handy Devices531
The Czech Limits and the European Prestandards541
Session JThe Dosimetry Handbook
Summary of Session J: The Dosimetry Handbook545
Historical Perspective on the Radio Frequency Radiation Dosimetry Handbook: Yesterday, Today and Tomorrow547
Dosimetry Measurements and Modeling: Interactive Presentations in the New Dosimetry Handbook555
Appendix565
Speakers571
Participants578
Official Photograph582
Index585
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