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Searching... | 30000004862003 | TK5103.2 E52 2005 v.1 | Reference Book | Encyclopedia | Searching... |
Searching... | 30000004861393 | TK5103.2 E52 2005 v.2 | Reference Book | Encyclopedia | Searching... |
Searching... | 30000004861278 | TK5103.2 E52 2005 v.3 | Reference Book | Encyclopedia | Searching... |
Searching... | 30000004861310 | TK5103.2 E52 2005 v.4 | Reference Book | Encyclopedia | Searching... |
Searching... | 30000004861351 | TK5103.2 E52 2005 v.5 | Reference Book | Encyclopedia | Searching... |
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Searching... | 30000010078517 | TK5103.2 E52 2005 v.1 | Reference Book | Encyclopedia | Searching... |
Searching... | 30000010078516 | TK5103.2 E52 2005 v.2 | Unknown | Encyclopedia | Searching... |
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On Order
Summary
Summary
RF and Microwave Engineering is one of the fastest growth areas of the past decade and will probably continue to be a very active area of research and application in a large variety of fields. The six volume set of Encyclopedia of RF and Microwave Engineering illustrates how this field has been the key to enabling technology responsible for the phenomenal growth of wireless communications. This set also examines how RF and microwave engineering continues to have great influence as the technology behind such important applications as radar, remote sensing, remote control, sensors, navigation, surveillance, electronic warfare, radiometers, plasma research, and imaging.
Prize or Award
AAP Awards for Excellence in Professional and Scholarly Publishing, 2006Author Notes
KAI CHANG is a professor in the Electrical Engineering Department of Texas A&M University where he teaches and performs research in microwave devices and circuits. Previously he was a section head at TRW, Inc. where he was responsible for millimeter-wave integrated circuit component and subsystem development. Prior to this, Dr. Chang was a supervisor at Hughes Aircraft Company, where he was involved in the development of microwave circuits, millimeter-wave oscillators, and power combiners. Dr. Chang is the author of a number of book chapters and has published over 90 technical papers on microwave circuits, components, and subsystems. He earned his PhD in electrical engineering at the University of Michigan.
Reviews 1
Choice Review
ERFME presents over 400 articles covering an array of topics in the fields of radio frequency (RF) and microwave (MW) engineering. The growth of RF and MW technology in the last decade has made devices such as wireless phones, remote controls, and global positioning systems quite commonplace. Articles in ERFME explore the theory, design methods, applications, and trends in the technology. Although certain subjects overlap, each article is self-contained and written to address the needs of both specialists and nonspecialists. Each article begins with an overview and quickly progresses to more in-depth discussion of the science and future technology. References are listed at the end of each article. Authors are researchers, academics, or practitioners in specialized fields. Some articles are updates based on specific articles in the 1999 Wiley Encyclopedia of Electrical and Electronics Engineering, ed. by John Webster (CH, Nov'99, 37-1289), but the majority discuss new topics specifically geared toward RF and MW engineering. A large number of tables, figures, graphs, and formulas enhance the text. An adequate index will assist readers seeking terms found within broader article titles. ^BSumming Up: Highly recommended. Academic and research libraries supporting lower-level undergraduates and above. A. J. Trussell Kansas State University
Table of Contents
A/D and D/A Conversion Architectures and Techniques |
Acoustic Microwave Devices |
Active Antennas |
Active Filters: Overview of Active Filter Structures |
Active Filters: Tools and Techniques for Active Filter Design |
Adaptive Array Antennas |
Altimeters |
Amplitude Shift Keying |
Analytical and Adaptive Modeling of Nonlinear High Power Amplifiers |
Anisotropy and Bianisotropy |
Antenna Accessories |
Antenna Anechoic Chambers |
Antenna Arrays for Mobile Communications |
Antenna Compact Range |
Antenna Feeds |
Antenna Parameters |
Antenna Radiation Patterns |
Antenna Reverberation Chamber |
Antenna Scanning Arrays |
Antenna Testing and Measurements |
Antenna Theory |
Antennas |
Antennas for High-Frequency Broadcasting |
Antennas for Medium-Frequency Broadcasting |
Antennas for Mobile Communications |
Aperture Antennas |
Application of Wavelets to Electromagnetic Problems |
Applied Numerical Electromagnetic Analysis for Planar High Frequency Circuits |
Artificial Magnetic Conductor |
Attenuation Measurement |
Attenuators |
Backscatter |
Bandpass Filters |
Bandstop Filters |
BiCMOS Devices and RF Integrated Circuits |
Biological Effects of Radiofrequency Energy as Related to Health and Safety |
Boundary-Value Problems |
Buried Object Detection |
Calibration of a Circular Loop Antenna |
Capacitance Extraction |
Cavity Resonators |
Cellular Radio |
Chebyshev Filters |
Chirality |
Circuit Stability |
Circuit Tuning |
Circular Waveguides |
Coaxial Line Discontinuities |
Coaxial Lines and Waveguides |
Comb-Line Filters |
Complex Media |
Computational Electromagnetic Scattering Models for Microwave Remote Sensing |
Conformal Antennas |
Conformal Mapping Techniques |
Conical Antennas |
Coplanar Stripline (CPS) Components |
Coplanar Stripline Transitions |
Coplanar Waveguide (CPW) Transmission Lines |
Coplanar Waveguide Components |
Corrugated Horn Antennas |
Coupled Transmission Lines |
Cryogenic Electronics |
Dielectric Loaded Antennas |
Dielectric Measurement |
Dielectric Permittivity and Loss |
Dielectric Resonator Antennas |
Dielectric Resonator Filters |
Dielectric Resonator Oscillators |
Dielectric Resonators |
Digital Microwave Receivers |
Digital Radio |
Diodes |
Dipole Antennas and Arrays |
Direct Satellite Television Broadcasting |
Direction of Arrival Estimation and Adaptive Processing Using a Conformal Phased Array |
Directional Couplers |
Directive Antennas |
Distributed Amplifiers |
Dual- and Multi-Frequency Microstrip Antennas |
Electromagnetic Bandgap Assisted Bandpass Filters |
Electromagnetic Compatibility |
Electromagnetic Ferrite Tile Absorber |
Electromagnetic Field Computation in Planar Multilayers |
Electromagnetic Field Measurement |
Electromagnetic Inverse Problems |
Electromagnetic Materials |
Electromagnetic Modeling |
Electromagnetic Shielding |
Electromagnetic Subsurface Remote Sensing |
Electromagnetic Surface Waves |
Electromagnetic Wave Propagation |
Electromagnetic Wave Scattering |
Electromagnetic Waves in Ionosphere |
Electromagnetics, Time-Domain |
Electronic Warfare |
Elliptic Filters |
Enhancements of the Finite Difference Time Domain Method |
Fabry-Perot Resonators |
Fast Fourier Transforms and NUFFT |
Feedback Amplifiers |
Feedback Oscillators |
Feedforward Amplifiers |
Ferrite Circulators |
Ferrite Isolators |
Ferrite Loaded Waveguides |
Ferrite Phase Shifters |
Ferroelectric Materials |
Filter Synthesis |
Filter Theory |
Finite Element Analysis |
Finite-Difference Time-Domain Analysis |
Finline Components |
Finlines |
Fractal Shaped Antennas: A Review |
Frequency Converters and Mixers |
Frequency Independent Antennas |
Frequency Modulation |
Freque |