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Contents

Electromagnetics ..............................................3

General ............................................................8

Optics & Photonics ..........................................9

Bioelectromagnetics........................................11

Antennae & Propagation ................................14

Circuits, Devices, & Systems ..........................16

Materials ........................................................20

RF & Microwave ............................................23

Remote Sensing ..............................................25

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Electromagnetics

For more information and complete contents, visit www.crcpress.com

Coming Soon!

Electromagnetic Waves, Materials, andComputation with MATLAB®

Dikshitulu K. KalluriUniversity of Massachusetts, Lowell, USA

This book is for senior undergraduate/first-yeargraduate students specializing in one or more ofthe technologies based on electromagnetics.Composed of three parts, it begins with the elec-tromagnetics of bounded simple media, moveson to electromagnetic equations of complexmedia, and then covers electromagnetic com-putation. The author takes a modern approachby using commercial software such as MATLAB®

and FDTD methods and provides a strong baseof conceptual mathematical aspects. The mate-rial strikes a balance between theory, intuitiveapproximate solutions, and the use of commer-cial software and interpretation of solutions.Case studies and practical examples are present-ed throughout the text.

Features

• Presents the electromagnetics of boundedsimple media and electromagnetic equationsof complex media

• Covers two important aspects of electro-magnetics: appropriate electromagneticmodels and computation

• Includes commercial software such as MATLAB® and FDTD methods

• Contains case studies, homework problems,and more than 3000 equations

Contents

PART I: Electromagnetics of Bounded Simple Media

Electromagnetic Equations of Simple Media.One Dimensional Solutions and Applications.Two Dimensional Problems andWaveguides.Three Dimensional Solutions andApplications. Spherical Waves and Applications.Miscellaneous Topics on Waves. LaplaceEquation: Static and Low Frequency Solutions.

PART II: Electromagnetic Equations ofComplex Media

Electromagnetic Modeling of ComplexMaterials. Waves in Isotropic Cold Plasma:Dispersive Medium. Spatial Dispersion andWarm Plasma. Waves in Anisotropic Media andMagnetoplasma. Optical Waves in AnisotropicCrystals.

PART III: Electromagnetic Computation

Introduction and One Dimensional Problems.Two Dimensional Problems. Advanced Topicson Finite Element Method. Case Study for FEM:"Ridged Waveguide, Transmission Line, andScattering Problem". Finite-Difference Time-Domain Method (FDTD). Case Study for FDTD.Approximate Analytical Methods based onPerturbation and Variational Techniques.

PART IV: Appendices

PART V: Chapter Problems

Catalog no. K11757, August 2011, c. 838 pp.ISBN: 978-1-4398-3867-9, $129.95 / £82.00



Electromagnetics, RF, & Microwave Technologies from CRC PRESS4

Electromagnetics

Second Edition of a Bestseller!

Electromagnetics of Time Varying Complex MediaFrequency and Polarization Transformer, Second EditionDikshitulu K. KalluriUniversity of Massachusetts, Lowell, USA

Written by a leading researcher, this second edi-tion of a bestseller remains the only electromag-netic book to cover time-varying anisotropicmedia, Frequency and Polarization Transformerbased on a switched magnetoplasma medium ina cavity, and FDTD numerical simulation fortime-varying complex medium. Providing aprimer on the theory of using magnetoplasmasfor the coherent generation of tunable radiation,early chapters use a mathematical model withone kind of complexity—eliminating the needfor high-level mathematics. Using plasma as thebasic medium to illustrate the transformation ofan electromagnetic wave by a complex medi-um, the text highlights the effects of each kindof complexity in the medium properties.

Features

• Covers frequency and polarization transformerbased on a switched magnetoplasma mediumin a cavity

• Explores the effect of time-varying parametersin conjunction with other kinds of complexitiesin the properties of a particular mediumusing one-dimensional models

• Examines FDTD numerical simulation fortime-varying complex mediums

• Discusses the transformation of the frequencyof an elctromagentic wave by a general time-varying medium

• Provides accessible treatment of the effect of time-varying parameters in conjunction withone or more additional kinds of complexitiesin the properties of the magnetoplasmamedium

ContentsPART I: Theory: Electromagnetic WaveTransformation in a Time-VaryingMagnetoplasma MediumIsotropic Plasma: Dispersive MediumBasic Field Equations for a Cold IsotropicPlasmaOne Dimensional EquationsSpace-Varying Time-Invariant IsotropicMediumBasic EquationsSwitched Plasma Half-Space: A and B WavesSteady-State SolutionTransient SolutionSwitched Plasma Slab: B Wave PulsesDevelopment of the ProblemTransient SolutionMagnetoplasma Medium: L, R, O, and X WavesBasic Field Equations for a Cold AnisotropicPlasma MediumSwitched Magnetoplasma MediumOne Dimensional Equations: LongitudinalPropagationLongitudinal Propagation in a MagnetizedTime-Varying PlasmaPerturbation from Step ProfileAdiabatic Analysis of the MSW in a Transient MagnetoplasmaAdiabatic Analysis for R WaveMiscellaneous TopicsProof of the Principle ExperimentsMoving Ionization FrontPART II: Numerical Simulation: FDTD for Time-Varying MediumFDTD MethodPART III: Application: Frequency andPolarization Transformer—Switched Mediumin a CavityTime-Varying Medium in a Cavity and theEffect of the Switching AngleEXPERIMENTS

Catalog no. K10882, 2010, 556 pp.ISBN: 978-1-4398-1706-3, $149.95 / £95.00Also available as an eBook



For more information and complete contents, visit www.crcpress.com 5

Electromagnetics

Monte CarloMethods forElectromagneticsMatthew N.O. SadikuPrairie View A&M University,Texas, USA

Written by one of the foremost researchers inthe field, this book provides a solid understand-ing of Monte Carlo methods and their applica-tions in electromagnetic computation. Includingmuch of his own work, the author bringstogether essential information from several dif-ferent publications. He presents Monte Carlomethods in a systematic way, providing solu-tions to Maxwell’s, Laplace’s, and Poisson’sequations using the finite difference method,Exodus method, and more. Supplying MATLAB®

code for many examples, the text includes end-of-chapter problems and examples to highlightthe application of Monte Carlo techniques inelectromagnetics.

Features

• Explores the use of Monte Carlo methods forthe solution of electromagnetic problems

• Presents Monte Carlo methods in a systematic way

• Provides solutions to Maxwell’s, Laplace’s,and Poisson’s equations using the finite difference method, Exodus method, andmore

• Supplies MATLAB® code for many examples

• Collects information from several differentpublications

• Includes examples and end-of-chapter problems to highlight the application ofMonte Carlo techniques in electromagnetics

Contents

Probability and Statistics. Finite DifferenceMethod. Fixed Random Walk. Floating RandomWalk. The Exodus Method. NeumannProblems. Whole Field Computation. Time-Varying Problems. Scattering from RandomRough Surfaces. Multidimensional Integration.


NumericalTechniques inElectromagneticswith MATLAB®

Third EditionMatthew N.O. SadikuPrairie View A&M University,Texas, USA

Continuing in the bestselling tradition of previouseditions, Numerical Techniques inElectromagnetics with MATLAB®, Third Editiondemonstrates how to pose, numerically analyze,and solve electromagnetic problems (EM).Significant changes to this edition include thetransition of all FORTRAN code into the morewidely used MATLAB® format, as well as improve-ments made to the standard algorithm for thefinite difference time domain (FDTD) method.Eminent expert Sadiku also enhances coverage ofabsorbing boundary conditions in FDTD, thefinite element method, and the transmission line-matrix method.Offering updated examples and homework prob-lems (with solutions) throughout, the second edi-tion adds a chapter on the method of lines, andan appendix covers use of MATLAB code.

Features

• Familiarizes students with the common methods used in computational electromagnetics

• Updates all computational code from FORTRAN into MATLAB

• Includes an appendix on how to use MATLAB

Contents

Fundamental ConceptsAnalytical MethodsFinite Difference MethodsVariational MethodsMoment MethodsFinite Element MethodTransmission-line-matrix MethodMonte Carlo MethodsMethod of LinesAppendices

Solutions manual available with course adoption

Catalog no. 6309X, 2009, 648 pp.ISBN: 978-1-4200-6309-7, $124.95 / £51.99Also available as an eBook




Electromagnetics, RF, & Microwave Technologies from CRC PRESS

Electromagnetics

6

2-DElectromagneticSimulation ofPassiveMicrostripCircuitsAlejandro Duenas JimenezGuadalajara, Jalisco, México

A reference for circuit design engineers andmicrowave engineers, this book covers the sub-ject in a style that is useful to both. It uses a sim-ple 2-D electromagnetic simulation procedureto provide basic knowledge and practical insightinto quotidian problems of microstrip passivecircuits applied to microwave systems and digi-tal technologies. The author’s approach followsa natural route starting with analysis of the testcircuits and continuing with simulation andmeasurement. At the end of the book sometypical problems of signal integrity, such as ring-ing and overshooting, are introduced and canbe solved using the knowledge provided in thetext.

Features

• Starts with analysis of test circuits, thenexplains simulations, and concludes with subsequent measurements and analysis

• Includes an elementary revision of the transmission line theory and in-depthdescription of the process of generating static and dynamic field maps

• Addresses typical problems associated withsignal integrity (i.e. ringing, overshooting)and offers solutions derived from the text

• Presents codes that use MATLAB languageand are easy to implement and modify

• Uses a 2-D model based on telegrapherequations, so that circuit terminations arethemselves boundary conditions

• Provides introduction, references, and programs sections within chapters

Contents

Methods of Electromagnetic Simulation, TheMethod of Moments, Analysis of PassiveMicrostrip Circuits, The Finite-Difference Time-Domain Method (FDTD), Simulation of PassiveMicrostrip Circuits, Measurement of PassiveMicrostrip Circuits, Field Map Applications,Signal Integrity Applications.

Catalog no. 87053, 2009, 288 pp.ISBN: 978-1-4200-8705-5, $149.95 / £96.00Also available as an eBook

ElectromagneticsSecond EditionEdward J. RothwellMichigan State University, East Lansing, USA

Michael J. CloudLawrence Technological University,Southfield, Michigan, USA

Electrical Engineering TextbookSeries

This second edition of a popular text continues tooffer coverage that spans the entire field, fromintegral solutions to Maxwell’s equation. Thebook provides a firm grounding in the funda-mental concepts of electromagnetics and bolstersunderstanding through the use of classic exam-ples in a variety of areas. These include field theo-ry, power and energy, potentials, field decompo-sitions, dispersion, relativity, Green’s functions,constitutive relations, and the electromagnetictheorems. A mathematical appendix presentshelpful background information in the areas ofFourier transforms, dyadics, and boundary valueproblems. The book includes a new chapter onintegral equation methods and is available with asolutions manual for qualifying instructors.

Features

• Covers all of the classic topics in advancedelectromagnetics, from static fields to wavephenomena

• Adds an extensive chapter on integralequations, which includes a discussion ofbasic theory and solution by the method ofmoments

• Provides extensive coverage of electromagneticmaterials, including dielectrics, ferrites, plasmasand conductors

• Presents analytical tools, such as contourintegration, dyadic analysis, and separationof variables, in self-contained mathematicalappendices

ContentsIntroductory concepts. Maxwell’s theory ofelectromagnetism. The static electromagneticfield. Temporal and spatial frequency domainrepresentation. Field decompositions and theEM potentials. Integral solutions of Maxwell’sequations. Integral equations in electromagnet-ics. Mathematical appendix. Useful identities.Some Fourier transform pairs. Coordinate sys-tems. Properties of special functions. Derivationof an integral identity.






Electromagnetics

ElectromagneticShieldingKenneth L. KaiserKettering University, Flint, Michigan, USA

"If you do not already ownthe ElectromagneticCompatibility book, this isa must-have for those whodesign shielding. It providesthe basic equations for a wide variety of shieldingdesigns and field conditions."

– John J. Shea, in IEEE Electrical Insulation Magazine

Also borrowing from the acclaimedElectromagnetic Compatibility Handbook, thispowerful reference explores topics incudingcomplex permittivity, RF and microwavesthrough human tissue, reflection, absorption,and multiple-reflection losses. It provides numer-ous examples, using Mathcad™ to generate fig-ures and solutions to equations. It also coverselectric and magnetic field shielding, delvinginto important additional shielding conceptssuch as laminated shields, laminates for magnet-ic fields, and surface impedance.


ElectromagneticWavesSecond EditionCarlo G. SomedaUniversity of Padova, Italy

Presenting a broad range oftopics from a unified pointof view, ElectromagneticWaves provides a strong, rigorous intellectuallink between basic physics of electromagneticphenomena and modern information and com-munication technology. This second edition fea-tures a variety of definitions, including beatlength in a birefringent medium, correlationlength of random birefringence in a fiber, andeffective height of an antenna. It includesappendix and reference lists, as well as problemsand examples in each chapter. This well-receivedtext remains essential for those working withmicrowaves, electromagnetics, lasers and optics,photonics, and related areas.


Fundamentals ofEngineeringElectromagneticsRajeev BansalUniversity of Connecticut, Storrs, USA

Practicing engineers indiverse fields need to under-stand how principles can beapplied to the solution of real problems. Bridgingthe gap between standard textbooks and spe-cialized references, Fundamentals ofEngineering Electromagnetics builds a founda-tion in electromagnetics for engineers who needa thorough overview of the subject. Coverageincludes applied electrostatics, electromagneticinduction, wave propagation, transmission lines,waveguides and resonators, fundamentals andrepresentative types of antennas, and electro-magnetic compatibility. Appendices provide use-ful constants, units and conversions, and a reviewof vector analysis and coordinate systems.


ElectrostaticDischargeKenneth L. KaiserKettering University, Flint, Michigan, USA

In chapters culled from the popular and critical-ly acclaimed Electromagnetic CompatibilityHandbook, Electrostatic Discharge provides atightly focused, convenient, and affordable ref-erence for those interested primarily in this sub-set of topics. Author Kenneth L. Kaiser demysti-fies electrostatic discharge and explains thesource and limitations of the approximations,guidelines, models, and rules-of-thumb used inthis field. The material is presented in a uniquequestion-and-answer format that gets straight tothe heart of each topic. The book includesnumerous examples and uses Mathcad™ togenerate all of the figures and many solutions toequations. In many cases, the entire Mathcadprogram is provided.








GeneralElectromagnetics

TechnicalWritingA Practical Guide forEngineers andScientistsPhillip A. LaplanteThe Pennsylvania StateUniversity, Malvern, USA

Series: What Every Engineer Should Know

Written by a renowned engineer who is also awidely published technical author, this guideshows how to write, edit, and publish materialsof a technical nature, including books, articles,reports, and content for electronic media.Complementing traditional reference manualsand other books on technical writing, it detailsthe practical considerations involved in develop-ing content. The author presents several first-hand examples of his own work to illustrate theprocess of originating published material,including potential challenges and their corre-sponding solutions.

Features

• Includes personal anecdotes and historicalstories that provide real-world examples oftechnical writing

• Explores the various avenues for publishingyour work

• Explains how to write for blogs, social networks, and other e-media

• Contains figures, tables, graphics, and bulletedlists to reinforce presented information

Selected Contents

The Nature of Technical Writing. TechnicalWriting Basics. The Writing Process. ScientificWriting. Business Communications. TechnicalReporting. Using Graphical Elements.Publishing Your Work. Writing for E-Media.Writing with Collaborators. Glossary.

Catalog no. K11106, July 2011, 250 pp.Soft Cover, ISBN: 978-1-4398-2085-8$39.95 / £25.99

The Method ofMoments inElectromagneticsWalton C. GibsonTripoint Industries, Inc., Harvest, Alabama, USA

Providing a clear introduc-tion to the field, this bookexplores surface integralequations in electromagnetics and presents theirnumerical solution using the MOM technique. Itcovers a range of topics, from the initial underpin-nings of the method to its applications. The bookfocuses on applications to radiation and scatteringproblems, including antenna design and analysis,as well as radar cross section prediction. It alsohighlights prominent techniques, such as the fastmulti-pole method for electrodynamic problems.The text derives or summarizes the matrix ele-ments used in every MOM problem and explainsthe approach used in and results of each example.

Catalog no. C614X, 2008, 288 pp.ISBN: 978-1-4200-6145-1, $129.95 / £85.00Also available as an eBook

EngineeringElectromagneticsApplicationsRajeev BansalUniversity of Connecticut, Storrs, USA

" … fills a niche coveringmany industrial electromag-netic applications. …a veryuseful and well-written com-pendium."

—Alfy Riddle, IEEE Microwave Magazine

Bridging the gap between standard textbooks andspecialized references, this book presents applica-tions of electromagnetics for engineers who haveestablished a fundamental knowledge of engi-neering electromagnetics. With appendices onconstants, units and conversions, and vectoranalysis and coordinate systems, this volume cov-ers radar, wireless communication systems, satel-lite communication systems, optical communica-tions, and numerical techniques. It also addressesbiological effects of electromagnetic fields, bio-medical applications of electromagnetic engineer-ing, and measurement techniques for electromag-netic characterization of biological materials.







Optics & Photonics

Coming Soon!

Guided Wave PhotonicsFundamentals and Applications with MATLAB®

Le Nguyen BinhThe European Research Center of Hua Wei Technologies GmbH, Munich, Germany

Series: Optics and Photonics

In the early part of this century, silicon photon-ics emerged as one of the most important devel-opments for interconnecting ultra-high-speedelectronic subsystems on very-large-scale inte-grated electronic circuits. Guided wave technol-ogy supplies the techniques for these intercon-nections. Along with covering fundamentals,this book provides an advanced understandingof guided optical wave devices. It focuses on theessentials of the technology and applies theseaspects to modern optical fiber communicationsand signal processing. MATLAB® code is includ-ed throughout the text.

Features

• Presents fundamentals of guided opticalwaves and simplified theoretical techniques

• Discusses both linear and nonlinear aspectsof optical wave guiding

• Includes MATLAB code and problems in eachchapter

• Covers applications of guided wave devicesin optical communications and signal processing

Solutions manual available for qualifying instructors

ContentsIntroductionHistorical Overview of Integrated Optics andPhotonicsSingle Mode Planar Optical WaveguidesFormation of Planar Single Mode WaveguideProblemsAPPENDIX A: Maxwell Equations in DielectricMediaAPPENDIX B: Exact Analysis of Clad-linearOptical WaveguidesAPPENDIX C: Wentzel–Kramers–BrilluoinMethod, Turning Points and Connection FormulaeAPPENDIX D: Design and Simulation of PlanarOptical Waveguides3D Integrated Optical WaveguidesMarcatili’s MethodSingle Mode Optical Fibers: Structures andTransmission PropertiesOptical FibersAPPENDIX: MATLAB Program for the Design ofOptical FibersDesign of Single Mode Optical FiberWaveguidesUnified Formulation of Optical Fiber WaveguideProblemsAPPENDIX A: Derivatives of the RI with Respectto WavelengthAPPENDIX B: Higher Order Derivatives of thePropagation ConstantScalar Coupled-mode AnalysisCoupler ConfigurationsFull Coupled-mode TheoryFull Coupled-mode AnalysisNonlinear Optical Waveguides: Switching,Parametric Conversion and SystemsApplicationsIntegrated Guided-Wave PhotonicTransmittersNonlinearity in Guided Wave DevicesAppendices





Optics & Photonics

OptoelectronicsInfrared-Visable-Ultraviolet Devicesand Applications,Second EditionDave BirtalanOPTEK Technology, Carrollton,Texas, USA

William NunleyTechnical Consultant, (Retiredfrom TRW, Inc.) Richardson, Texas, USA

Series: Optical Science and Engineering

This second edition discusses basic semiconduc-tors’ characterization, packaging, and function.With the addition of contributor Dr. Birtalan,technical unit VP of OPTEK, the book serves as amini-encyclopedia of infrared optoelectronicapplications. It reviews semiconductor physicsso that engineers can acquire necessary back-ground for designing infrared optoelectronicdevices. The applications section is now dividedby industry: industrial, automotive, military, con-sumer, medical, telecommunications, and SSL.The section on silicon photo sensors is also large-ly updated to reflect the technological advance-ment in silicon electronics in the last 20 years.

Features

• Provides an up-to-date and comprehensivereview of optoelectronic LED and silicon sensor technology—from theories, to fabrication, to packaging

• Reviews the technological advancements insilicon electronics over the last two decades

• Covers ultraviolet LED technology—and themarket applications for this high growth area

• Includes an applications section organized byindustry: industrial, automotive, military, consumer, medical, telecommunications, and SSL

• Investigates visible LED technology and theways to produce white LED light for the conversion to solid state lighting (SSL) fromconventional incandescent and mercurybased lamps

Contents

LED. The Receiver (Silicon Photo Sensor). The Coupled Emitter (IRLED) Photo Sensor. The Optical Isolator –or- Opto Coupler. OpenAir and Fiber Optic Communications.Optoelectronics Applications.


ComputationalMethods forElectromagneticand OpticalSystemsSecond EditionJohn M. Jarem andPartha P. Banerjee"...a small but formidablebook which rigorously sets out the basic theory,provides useful illustrative problems, and directsthe reader to relevant further reading from theexcellent reference lists. … the type of wide-rangingreference book that will find its way onto manybookshelves and, over the years, will become well-worn from frequent use."

—ProfBooks.com

This text examines a variety of spectral compu-tational techniques—including k-space theory,Floquet theory and beam propagation—that areused to analyze electromagnetic and opticalproblems. The authors tie together differentapplications in EM and optics in which the statevariable method is used. Emphasizing the analy-sis of planar diffraction gratings using rigorouscoupled wave analysis, the book presents manycases that are analyzed using a full-field vectorapproach to solve Maxwell’s equations inanisotropic media where a standard wave equa-tion approach is intractable.

Features

• Provides a common reference for solving bothoptics and electromagnetic problems

• Supplies a variety of tools for accurately solvingelectromagnetic and optical problems involvinganisotropic materials in planar, cylindrical, andspherical systems

• Includes a variety of illustrative examples of system theory as applied to anisotropic electromagnetic and optics problems

• Presents an extensive literature base for currentresearch and applications of state variable techniques to optics and electromagnetics

• Covers the variety of EM and optical applications such as diffraction gratings, photorefractives, photonic band gap structures,metamaterials, chiral materials, and nanomaterials

• Contains problems, case studies, and examples

A solutions manual is available upon qualifying course adoption.

Catalog no. K10235, April 2011, 432 pp.ISBN: 978-1-4398-0422-3, $119.95 / £76.99Also available as an eBook





Bioelectromagnetics

The Physiologyof Bioelectricityin Development,TissueRegenerationand CancerEdited by

Christine E. PullarUniversity of Leicester, UK

Exploring their role in the physiology of devel-opment and wound repair and pathophysiolo-gies, such as cancer, this book describes theimportance of biological electric fields and theiruse as tools to influence tissue repair, regenera-tion, and cancer. The text considers the genera-tion and measurement of these fields, intercellu-lar communication regarding local electricalguidance cues, and the role of bioelectricity intissue development, regeneration, woundrepair, and cancer.

Features

• Explores topics poised to drive the next generation of medical breakthroughs

• Demonstrates the role of bioelectricity in the directionality and speed of cell migration,proliferation, apoptosis, differentiation, and orientation

• Discusses the role of bioelectricity in cancerprogression and the potential for bioelectricity-based therapies to target both the tumor andmetastatic cancer cells

• Features contributions from world-class experts • Includes clinical applications and extensive references to enhance additional study

Contents

Measuring Endogenous Electric Fields.Investigation Systems to Study the BiologicalEffects of Weak Physiological Electric Fields.Endogenous Bioelectric Signals asMorphogenetic Controls of Development,Regeneration, and Neoplasm. Stem CellPhysiological Responses to NoninvasiveElectrical Stimulation. Electrical Signals ControlCorneal Epithelial Cell Physiology and WoundRepair. Physiological Electric Fields Can DirectKeratinocyte Migration and Promote Healing inChronic Wounds.

Catalog no. K11686, March 2011, 342 pp.ISBN: 978-1-4398-3723-8, $119.95 / £76.99Also available as an eBook

Coming Soon!

ElectromagneticFields inBiologicalSystemsEdited by

James C. LinUniversity of Illinois at Chicago, USA

Focusing on exposure, induced fields, andabsorbed energy, this volume covers the interac-tion of electromagnetic fields and waves withbiological systems, spanning static fields to tera-hertz waves. Presenting a broad range of topics,the book highlights relevant properties of bio-logical materials and computational techniquesand/or experimental methods. With contribu-tions from world-class experts in their respectivefields, topics discussed include medical devicesand systems exposure and dosimetry andmobile communication fields in biological sys-tems. Extensive references are included in eachchapter to enhance additional study.

Features

• Addresses interaction of electromagneticfields and waves with biological systems

• Explores relevant properties of biological properties of biological materials and computational techniques and/or experimental methods

Contents

Coupling of Electromagnetic Fields into BiologicalSystems

Pulsed Electric Fields in Biological Cells andMembranes

Static, Low-Frequency, and Pulsed MagneticFields in Biological Systems

Interaction of Extremely Low–FrequencyElectromagnetic Fields with Biological Systems

Electromagnetic Field Coupling into BiologicalSystems

Medical Devices and Systems Exposure andDosimetry

Terahertz Radiation: Sources, Applications, andBiological Effects at a Tissue, Cellular, andMolecular Level

Catalog no. K12740, September 2011, 468 pp.ISBN: 978-1-4398-5999-5, $149.95 / £95.00





Bioelectromagnetics

AdvancedElectroporationTechniques inBiology andMedicineAndrei G. Pakhomov,Damijan Miklavcic, andMarko S. MarkovWilliamsville, New York, USA

During the last several decades, intense study hastaken place on the effects of electromagneticfields on living tissues. Reflecting this inquiry, thisbook discusses the theoretical and experimentalevidence of these electromagnetic fields andelectric pulses and examines their importance inmedicine and biology. The authors present thebasic techniques applied in electroporation andthe advanced methods for creation ofnanopores, highlighting their basic science andclinical applications. Topics include nano electro-poration, classic electroporaiton, experimentalevidence for electroporation of living cells, andelectroporation for cancer and wound healing.

Features

• Discusses the contemporary physical chemicaltheory of membrane electroporation

• Reviews the application of dyes and fluorescentprobes to test the efficiency and selectivity ofthe molecular transport through permeabilizedmembranes

• Describes a recently proposed moleculardynamics method of membrane electropora-tion that better "mimics" the experimentalconditions, therefore avoiding several shortcomings and supplementing the electric field method

• Examines the impact of physical parametersof the applied electric field on the efficiencyof electroporation and its applications

• Covers the basic processes and biophysicalmechanism of electrically mediated genetransfer

• Reviews the results and experience with electrochemotherapy of cancer in animalmodels and in humans

Contents

Basics of Electroporation. Mechanisms ofElectroporation. Mechanisms ofElectroporation of Cells. Mechanisms ofElectroporations in Tissues. TechnicalConsiderations. Applications of Electroporation.


BasicIntroduction toBioelectromag-neticsSecond EditionCynthia Furse, Douglas A. Christensen,and Carl H. DurneyUniversity of Utah, Salt Lake City, USA

This revised and updated edition facilitates theprocess of interdisciplinary research by introduc-ing life scientists to the basic concepts of elec-tromagnetic fields. The book outlines elementsof EM that are helpful to life scientists workingwith physicists and electrical engineers. Eachconcept is presented with an associated applica-tion and discussion. Example applicationsinclude MRI, NMR, ultrasound, hyperthermia,neural stimulation, and cardiac pacing/defibrilla-tion. With the liberal use of diagrams andgraphs, this text covers the entire frequencyspectrum through optical frequencies from aqualitative perspective beneficial to life scien-tists.

Features

• Presents key elements in a format thatrequires minimal mathematics

• Emphasizes qualitative behaviors and graphical descriptions

• Covers future directions ofBioelectromagnetics, including MEMS andnanotechnology applications

• Discusses practical rules of thumb to understand real-world situations

Contents

Electric and Magnetic Fields: Basic Concepts.EM Behavior When the Wavelength Is LargeCompared to the Object Size. EM BehaviorWhen the Wavelength Is About the Same Sizeas the Object. EM Behavior When theWavelength Is Much Smaller Than the Object.Bioelectromagnetic Dosimetry.Electromagnetics in Medicine: Today andTomorrow. Appendices. Index.






Bioelectromagnetics

Handbook of Biological Effects ofElectromagnetic FieldsThird Edition, Two-Volume SetEdited by

Frank S. BarnesUniversity of Colorado, Boulder, USA

Ben GreenebaumUniversity of Wisconsin, Kenosha, USA

Series: Handbook of Biological Effects of Electromagnetic Fields

This third edition of a bestseller remains the definitive reference for researching bio-effects of stat-ic, low-, and high-frequency fields. Incorporating extensive data and discussion about researchresults, this set is divided into two sections. The first focuses on physics, engineering, and chemi-cal aspects of electromagnetic fields, including molecular-level mechanisms. The second concen-trates on biological and medical concepts, including physiological effects, medical applicationsand diagnostics, and exposure standards.

• Theoretical and computational models forEM field distributions and measurements atradio frequencies

• Applications of EM fields and their effects onfree radicals

• Endogenous fields and noise and theirlimiting effects on biological systems

• Electromagnetic environments of both naturally occurring and manmade fields

Bioengineering andBiophysical Aspects ofElectromagnetic FieldsThe first volume of the handbook delves into thephysics, engineering, and chemical aspects ofelectromagnetic (EM) fields at the molecularlevel and larger scales. It investigates the inter-actions of both weak and strong static magneticfields with biological systems and describes the-oretical developments and data on the subject.Contributors also describe the external andinternal electromagnetic environments of organ-isms and developments in the use of RF fields forimaging.

Catalog no. 9539, 2007, 440 pp.ISBN: 978-0-8493-9539-0, $124.95 / £79.99

Biological and MedicalAspects of ElectromagneticFieldsThis second volume draws from studies onpotential health effects of exposure to electricand magnetic fields. It includes extensivereviews of the physiological effects and behav-ioral and cognitive responses to various levels ofexposure. The book details several approachesto setting standards for exposure limits, and itexplores the beneficial uses of EM fields in med-ical applications.


THE SET COVERS:

Catalog no. 2952, 2007, 960 pp., ISBN: 978-0-8493-2952-4, $162.95 / £99.00Set and individual volumes also available as eBooks

• Research on cell-level, animal, and behavioraleffects of EM fields, including electric shockand trauma

• Medical applications of EM fields, particularlyin bone and tissue engineering

• Applications of magnetic fields to musclestimulation and detection of biologically generated currents

SET INCLUDES:





Automotive Antenna Designand ApplicationsVictor RabinovichNikolai AlexandrovTenatronics, Canada

Basim Alkhateeb

Illustrates GPS Antenna Design, Including Simulation, Design, Measurements, and Combined GPS/SDARS Topologies


Antennae & Propagation

A complete examination of traditional and newadvanced antennas used in the automotiveindustry, this book provides information takenfrom designs published in technical and aca-demic papers, patents, and pending patents.Highlighting the practical aspects of antennadesign, the authors describe the entire designprocess, starting with the antenna simulation,prototype sample fabrication, and laboratorytest measurements, and finishing with testmeasurements in the real environment. Thebook includes simulation examples of antennaparameters that significantly speed up thedesign process using software packages such asFEKO, NEC, IE3D, and Genesys.

Features

• Describes conventional basic antenna parameters and features of the antennameasurements required for car-mountedantennas

• Discusses the main equations associated with passive, active, and diversity antennasystems parameters

• Demonstrates antennas for automotive analog and digital audio broadcasting reception

• Covers the use of antennas for terrestrial and satellite TV application, as well as short-range wireless communications

• Addresses passive and active satellite radioand GPS antennas, covering requirements,simulations, measurements, and practicalaspects of automotive use

ContentsAutomotive Antennas Overview: Patents,Papers, and ProductsAM/FM Antenna SystemsCellular Phone AntennasCar TV AntennasSatellite Radio AntennasDigital Audio Broadcasting DesignAutomotive Radar Antenna SystemsSummaryBasic Antenna Parameters and DefinitionsFar Zone and Radiation PatternPolarization and Radiation PatternMeasurementsDirectivity, Gain, Average Gain, and AntennaBeamwidthImpedance, Voltage Standing Wave Ratio,Bandwidth, and Quality FactorImpedance Matching Between Antenna andCar ReceiverAudio Broadcasting AntennasAM/FM Whip AntennaPrinted-on-Glass AM/FM AntennasShort Roof AM/FM AntennaShort Meander AntennaAntennas for Digital Audio BroadcastingCellular AntennasSingle Band Monopole on RoofGlass Mounted MonopoleTV Antennas for CarsSatellite TV AntennasAntennas for Digital Terrestrial TVPrinted-on-Glass Patent ExamplesSatellite Radio AntennasBasic Passive Antenna RequirementsSystem with Two Antenna ElementsGPS AntennasTypical GPS Antenna ParametersPatch Parameters and Ground Plane SizeOn-Vehicle GPS Antenna MeasurementsCircular Annular Ring Microstrip AntennaAntennas for Short Range CommunicationCompact Planar Passive Antenna





Antennae & Propagation

Antenna Theoryand MicrostripAntennasD.G. FangNanjing University of Science &Technology, China

Antenna Theory and Microstrip Antennasoffers a uniquely balanced analysis of antennafundamentals and microstrip antennas. Conciseand readable, it provides theoretical back-ground, application materials, and details ofrecent progress. Exploring several effectivedesign approaches, this book covers a widescope, making it an ideal hands-on resource forprofessionals seeking a refresher in the funda-mentals. It also provides the basic grounding inantenna essentials that is required for those newto the field. The book’s primary focus is on intro-ducing practical techniques that will enableusers to make optimal use of powerful commer-cial software packages and computational elec-tromagnetics used in full wave analysis andantenna design.

Features

• Provides a systematic and compact introduction to the spectral domainapproach

• Contains problems and answers that can beuseful in helping readers gain insights andfacilitate understanding of the principles

• Includes an extensive engineering design section devoted to the effective use of currently available commercial software

Contents

Basic Concepts of Antennas. Arrays and ArraySynthesis. Microstrip Patch Antennas. SpectralDomain Approach and its Application toMicrostrip Antennas. Effective Methods inUsing Commercial Software for AntennaDesign. Design of Conventional and DBFMicrostrip Antenna Arrays. High FrequencyMethods and Their Applications to Antennas.Planar Near-Field Measurement and ArrayDiagnostics.


AdaptiveAntennas andReceiversEdited by

Melvin M. WeinerThe MITRE Corporation (retired),Bedford, Massachusetts, USA

Series: Electrical and Computer Engineering

Edited by Innovative ElectromagneticWave Technology Pioneer Melvin Weiner

This book is an authoritative introduction toresearch on the detection of target signals in acompetitive environment that is much largerthan just conventional signal processing andreceiver filtering. This material provides a base-line for engineers and scientists, as well as prac-titioners and students working in surveillance,communication, and intelligence, tomography,and security intrusion industries. It is perhaps thefirst reference to integrate three advancedapproaches to weak signal detection in a spatial-ly correlated non-Gaussian environment:homogenous partitioning of the surveillance vol-ume, adaptive antennas, and adaptive receivers.

Features

• Presents research on the modeling, testing,and applications of adaptive antennas andreceivers

• Combines coverage of homogeneous partitioning, adaptive antennas, and adaptivereceivers in a single source

• Consists of self-contained chapters that contain the necessary background materialand references

• Groups individual chapters into three parts,each devoted to one of the three approachesoutlined in the book

ContentsHomogeneous Partitioning of theSurveillance VolumeA New Approach to Radar Detection Based onthe Partitioning and Statistical Characterizationof the Surveillance Volume Adaptive AntennasAdaptive Implementation of Optimum Space -Time Processing Adaptive ReceiversSpherically Invariant Random Processes for

Catalog no. DK6045, 2006, 1240 pp.ISBN: 978-0-8493-3764-2, $386.00 / £246.00Also available as an eBook





Circuits, Devices, & Systems

Coming Soon!

EMI Filter DesignThird EditionRichard Lee OzenbaughOzenbaugh Engineering/Checotah, Oklahoma, USA

Timothy M. PullenRockwell Collins, Cedar Rapids, Iowa, USA

The long-awaited third edition of this bestsellingreference describes the selection of cores, capac-itors, mechanical shapes, and styles required forthe timeless design, construction, and testing offilters. It analyzes the matrices of various filtertypes based on close approximations, observa-tion, and trial and error, offering simple methodsfor measuring AC and DC power lines.

Contains 160 New Pages, Largely Basedon Formal Methods from MathematicalSources

Fully revised and updated, with a wealth of newmaterial, this highly practical resource providescurrent insight into the cause and elimination ofcommon mode noise in engines and equip-ment. It also covers resistive, transformer,switcher, and UPS loads and discusses the bene-fits and limitations of various commercial andconventional filters. The authors also include sig-nificant detail regarding all aspects and partsneeded to master EMI filter design.

Features

• Provides essential data and methods neededfor the design of EMI filters

• Includes a new introduction and new chapters on EMC standards, requirements,and specification, as well as filter design techniques

• Presents preview questions to selected chapters

• Offers advice to solve real EMI filter problems

ContentsEMI FiltersIntroductionWhy Call EMI Filters Black Magic?What Is EMI?Common Mode and Differential Mode:Definition, Cause, and EliminationDefinition of Common and Differential ModesEMI Filter Source Impedance of VariousPower LinesSkin EffectThe Various AC Load ImpedancesThe Resistive LoadDC Circuit—Load and SourceVarious Source ImpedanceTypical EMI Filters—Pros and ConsThe π FilterFilter Components—the CapacitorCapacitor SpecificationsFilter Components—the InductorInductor Styles and SpecificationsCommon-Mode ComponentsThe Capacitor to GroundThe Transformer’s Addition to the EMI FilterTransformer AdvantagesElectromagnetic Pulse and Voltage TransientsWhat Will Compromise the Filter?Waves as Noise SourcesInitial Filter Design RequirementsMatrices, Transfer Functions, and InsertionLossMatrix Applications: A Continuation ofChapterThe Impedance of the Source and LoadNetwork Analysis of Passive LC StructuresFilter Design Techniques and DesignExamplesPackaging InformationAPPENDIX AAPPENDIX BAPPENDIX C

Catalog no. K11985, September 2011, c. 274 pp.ISBN: 978-1-4398-4475-5, $159.95 / £99.00





ElectricalSolitonsTheory, Design, and ApplicationsDavid S. RickettsCarnegie Mellon University,Pittsburgh, Pennsylvania, USA

Donhee HamHarvard University, Cambridge,Massachusetts, USA

Series: Devices, Circuits, and Systems

This book details the physics, implementation,and dynamics of the electrical soliton, a uniquenonlinear wave with a range of applications inhigh-speed electronics. Presenting fundamentalphysical concepts in a way that the averageengineer will clearly understand, the authorsexplore the relationship between solitons andthe nonlinear transmission line, the medium inwhich electrical solitons are formed. Theyexplain the unique dynamics of electrical soli-tons, including the many practical realities ofsolitons in lossy, non-ideal media, and they pro-vide an appendix containing the mathematicalbackground used to describe these phenomena.

Features

• Covers edge-sharpening and harmonic generation

• Describes the theory, practical implementation,and application of the electrical soliton

• Introduces the concept of a soliton, how it isrealized in electronics, and its application innonlinear waves, oscillators and high-speedelectronics

• Contains mathematical background in theappendix

Contents

I: Electrical Solitons—TheoryIntroductionThe KdV SolitonThe Heart of the Soliton: Inverse ScatteringConservative and Dissipative Soliton SystemsII: Electrical Solitons—DesignElectrical Nonlinear Transmission Line andElectrical SolitonsThe Electrical Soliton in the LabIII: Electrical Solitons—ApplicationNLTL as a Two-Port SystemThe Soliton Oscillator The Circular Soliton Oscillator

Catalog no. K11460, January 2011, 264 pp.ISBN: 978-1-4398-2980-6, $99.95 / £63.99Also available as an eBook

IntegratedInductors andTransformersCharacterization,Design and Modelingfor RF and MM-WaveApplicationsEgidio Ragonese,Angelo Scuderi, Tonio Biondi, and Giuseppe PalmisanoWith balanced coverage of technology andapplications, this book provides a completeoverview of the design, fabrication, and model-ing of monolithic inductors and transformers. Itconsiders the underlying physics and theoreticalbackground of inductive components fabricatedon a semiconductor substrate. Highlighting thepressing requirements of the wireless marketand evolving communications standards, thetext provides a comprehensive review of recent-ly developed modeling techniques and applica-tions. It also includes helpful rule-of-thumbdesign guidelines and commonly employedoptimization strategies to kickstart your design,fabrication, and modeling efforts.

Features

• Provides insight into circuit applications ofmonolithic inductors and transformers

• Highlights the pressing requirements of thewireless market and recent communicationstandards

• Discusses the underlying physics and theoreti-cal background of inductors and transformersfabricated on a semiconductor substrate

• Investigates commonly employed techniquesfor performance optimization

• Contains a summary of practical and rule-of-thumb guidelines and optimization strategiesfor the design of inductors and transformers

• Includes a comprehensive review of the modeling techniques for inductors and transformers developed recently

Contents

Basic Concepts. Monolithic Inductors onSilicon. Analysis and Modeling of Silicon-Integrated Transformers. Design Guidelines andCircuit Design Examples for Inductors andTransformers. Inductive Components onDieletric Substrates.

Catalog no. AU8844, January 2011, 169 pp.ISBN: 978-1-4200-8844-1, $99.95 / £63.99Also available as an eBook




Electromagnetics, RF, & Microwave Technologies from CRC PRESS


18

RFID DesignFundamentalsand ApplicationsAlbert Lozano-NietoPenn State University, Lehman, USA

Exploring fundamental principles in the designand characterization of RFID technologies, thisbook provides a systematic approach to studyingthe different components that constitute theRFID system. It discusses types of antennas usedin transponders, individual transponder parts,memory structure and logic circuits, antennas forRFID interrogators, types of modulation, and theorganization and characteristics of commerciallyavailable transponders. The book also examinescommunication links, modes of operation fortransponders operating at different frequencies,principles of arbitration and anti-collision, andvarious commands used by transponders.

Catalog no. 91255, January 2011, 283 pp. ISBN: 978-1-4200-9125-0, $99.95 / £63.99Also available as an eBook

Active FiltersTheory and DesignS.A. PactitisAthens, Greece

Accessible yet rigorous, this guide highlights theessential role of filters, especially analog activefilters, in applications for seismology, brainwaveresearch, speech and hearing studies, and othermedical electronics. Recognizing that circuitsimulation by computer has become an indis-pensable verification tool both in analysis and indesign, this book emphasizes the use ofMicroCap for rapid test of the filter. Numerousexamples of low-pass, high-pass, band-pass, andnotch active filters are illustrated in completedetail, including normalizing and denormalizingtechniques.


Power SystemTransientsParameterDeterminationEdited by

Juan A. Martinez-VelascoUniversitat Politecnica de Catalunya,Barcelona, Spain

Despite the powerfulnumerical techniques andgraphical user interfaces available in softwaretools for power system transients, a lack of reli-able tests and conversion procedures generallymakes determination of parameters the mostchallenging. This book summarizes procedures,guidelines, and methods for determining tran-sient parameters for six basic power compo-nents: overhead line, insulated cable, trans-former, synchronous machine, surge arrester,and circuit breaker.

Problem-Solving Tools Focused onInformation Collection and CompleteSystem Testing

Expanding on papers published in the IEEETransactions on Power Delivery, this text helpsreaders select the optimal determination methodfor their particular model. The text addressescommonly encountered problems, including:

• Lack of information• Testing setups and measurements not recognized in international standards

• Insufficient studies to validate models• Built-in models that do not cover all requirements

Features

• Covers solution techniques and softwarecapabilities for simulation of electromagnetictransients

• Offers illustrative case studies to help usersdecide on optimal models, obtain parameters,and analyze results

• Examines present standards involved in labtests and parameter determination of mainpower components, analyzing their main limitations

Contents

Parameter Determination for ElectromagneticTransient Analysis in Power Systems. OverheadLines. Insulated Cables. Transformers.Synchronous Machines. Surge Arresters.Circuit Breakers. Appendices.








Electronics,PowerElectronics,Optoelectronics,Microwaves,Electromagnetics,and RadarEdited by

Richard C. DorfUniversity of California, Davis, USA

Series: The Electrical Engineering Handbook

Part of the bestselling Electrical EngineeringHandbook, this book delves into various areas ofelectronics, including integrated circuits, powerelectronics, optoelectronics, electromagnetics,light waves, and radar, supplying all of the basicinformation required for a deep understandingof each area. Encompassing the work of fore-most experts in the field, it also devotes a sectionto electrical effects and devices and explores theemerging fields of microlithography and powerelectronics. Articles include defining terms, references, and sources of further information.


Digital SignalProcessing withExamples inMATLAB®

Second EditionSamuel D. StearnsSandia National Laboratories,Albuquerque, New Mexico, USA

Donald R. HushLos Alamos National Laboratory, New Mexico, USA

Series: Electrical Engineering & Applied Signal Processing

Updated and expanded, the second edition ofthis bestselling text introduces the fundamentalsof DSP and discusses current applications. Itincludes new chapters on analog systems modelsand pattern recognition using support vectormachines, as well as new sections on the chirp z-transform, re-sampling, waveform reconstruction,discrete sine transform, and logarithmic and non-uniform sampling. It also contains a more com-prehensive table of transforms, with numerousexercises and downloadable MATLAB® examples.

Catalog no. K11720, April 2011, 516 pp.ISBN: 978-1-4398-3782-5, $99.95 / £63.99Also available as an eBook

DigitalProtectiveRelaysProblems andSolutionsVladimir GurevichIsrael Electric Corporation, Haifa, Israel

Microprocessor-based digital protection relaysseem to be dominating the market, and thisbook explains how to choose digital relays cor-rectly, ensure their correct use, and avoid relatedproblems. Focusing on solutions, the textdescribes specific technical problems associatedwith digital relays and suggests ways to solvethem. It also covers the construction of func-tional assemblies of real relays existing in themarket, drawbacks and problems of digitalrelays, and the danger of deliberate electromag-netic effect on digital relays. Alternative (non-microprocessor-based) protection relays andproblems related to international standards arealso addressed.


Sliding ModeControl inElectro-MechanicalSystemsSecond EditionVadim Utkin, Juergen Guldner, and Jingxin ShiSeries: Automation and Control Engineering

Sliding Mode Control (SMC) is gaining impor-tance as a universal design tool for the robustcontrol of linear and nonlinear systems. Notingrecent developments, this second edition pro-motes a deeper understanding of the conven-tional SMC methodology while examining newdesign principles, including newly developedmethods for suppression of the high frequencyoscillations that were the main obstacle to SMCimplementation. This edition includes chapterson automotive applications, chattering suppres-sion, and control of power converters.







20 Electromagnetics, RF, & Microwave Technologies from CRC PRESS

Materials

Metamaterials HandbookTwo-Volume SetFilippo CapolinoUniversity of California, Irvine

Series: Metamaterials Handbook

Summarizing the state of the art in electromag-netic artificial materials (or metamaterials), frommicrowave to optical ranges, the MetamaterialsHandbook covers all aspects of the field in twoseparate volumes. It organizes the results ofyears of research in this exciting area, providinga guide for both industry and academicresearchers. It is also useful for designers usingartificial materials for electronic devices acrossthe entire frequency spectrum, from megahertzto optical frequencies. This set explores how thestudy of metamaterials breaks down traditionalfrontiers and involves a wide range of disciplines,including physics and microfabrication, electro-magnetic theory, and computational methods.

Features

• Offers a multifaceted discussion of scientific fundamentals

• Explores the scientific and technologicalneeds of potential applications

• Presents subjects in a review format alongwith numerous references and end-of-chapterconclusions

• Integrates work from leading expert academicsand researchers

Contents

Theory and Phenomena of Metamaterials

General Concepts. Modeling Principles ofMetamaterials. Artificial Magnetics andDielectrics, Negative Index Media. Part IV:Artificial Chiral, Bianisotropic Media, andQuasicrystals. Transmission-Line-BasedMetamaterials. Artificial Surfaces. Tunable andNonlinear Metamaterials

Applications of Metamaterials

Super-resolution. Cloaking. Circuit Applicationsin the Microwave, Millimeter Wave, and THzFrequency Ranges. Radiation Applications inthe Microwave, Millimeter Wave, and THzFrequency Ranges. Applications in the OpticalFrequency Range. Fabrication Techniques forTHz and Optical Metamaterials.

SAVE WHEN YOU BUY THE COMPLETE SET!


Set Includes:

Theory and Phenomena ofMetamaterialsThis volume offers an in-depth look at the theo-retical background and basic properties of elec-tromagnetic artificial materials, often calledmetamaterials. It provides a comprehensiveguide to working with metamaterials using top-ics presented in a concise review format alongwith numerous references. With contributionsfrom leading international researchers, this textcovers all areas where artificial materials havebeen developed. Each chapter features a con-cluding summary, as well as various cross refer-ences to address a wide range of disciplines in asingle volume.


Applications ofMetamaterialsThis book uses the first volume’s exploration oftheory, basic properties, and modeling topics todevelop readers’ understanding of applicationsand devices that are based on artificial materials.It explores a wide range of applications in fieldsincluding electronics, telecommunications, sens-ing, medical instrumentation, and data storage.The text also includes a practical user’s guideand explores key areas in which artificial materi-als have developed. It includes experts’ perspec-tives on current and future applications of meta-materials, to present a well-rounded view onstate-of-the- art technologies.






21

Materials


An Introduction toMetamaterials and Wavesin CompositesBiswajit BanerjeeIndustrial Research Limited, Auckland, New Zealand

Requiring no advanced knowledge of wave prop-agation, this book focuses on theoretical aspects ofmetamaterials as well as periodic and layered composites, giving novices a platform from whichthey can start exploring the subject in more detail.After introducing concepts related to elasticity,acoustics, and electrodynamics in media, the textpresents plane wave solutions to the equationsthat describe elastic, acoustic, and electromagnet-ic waves. It examines the plane wave expansion ofsources as well as scattering from curved inter-faces, specifically spheres and cylinders. Theauthor then covers electrodynamic, acoustic, andelastodynamic metamaterials including negativepermittivity materials, artificial magnetic metama-terials, Willis materials, and extremal materials. Healso describes examples of transformations,aspects of acoustic cloaking, and applications ofpentamode materials to acoustic cloaking.

Features

• Covers elastodynamic, acoustic, and electrodynamic metamaterials, including negative permittivity materials, artificial magnetic metamaterials, Willis materials inelastodynamics, material based on a Milton-Willis model, and extremal materials

• Places special emphasis on elastic media andacoustics

• Explains the Willis equations and their consequences

• Provides detailed derivations, making the text relatively self-contained

• Requires no higher level knowledge of wave propagation

Forthcoming solutions manual available for qualifying instructors

With a focus on periodic composites, the textuses the Bloch-Floquet theorem to find the effec-tive behavior of composites in the quasistaticlimit, presents the quasistatic equations of elasto-dynamic and electromagnetic waves, and inves-tigates Brillouin zones and band gaps in periodicstructures. The final chapter discusses wave prop-agation in smoothly varying layered media,anisotropic density of a periodic layered medium,and quasistatic homogenization of laminates.

ContentsElastodynamics, Acoustics, andElectrodynamics A note about notation Elastodynamics Acoustics

Plane Waves and Interfaces Plane wave solutions Plane wave solutions in elastodynamics

Sources and Scattering Plane wave expansion of sources Single scattering from spheres Multiple scattering

Electrodynamic Metamaterials A model for the permittivity of a medium Negative permittivity materials Artificial magnetic metamaterials

Acoustic and Elastodynamic Metamaterials Dynamic mass densityFrequency-dependent moment of inertia Negative elastic moduli Band gaps, negative index and lenses

Transformation-Based Methods and CloakingTransformations Cloaking of electrical conductivity Cloaking for electromagnetism

Waves in Periodic MediaPeriodic media and the Bloch condition Elastodynamics in the quasistatic limit

Waves in Layered MediaWave equations in layered media Piecewise-constant multilayered media Smoothly varying layered media

Epilogue

References

IndexCatalog no. K11934, June 2011, 375 pp.ISBN: 978-1-4398-4157-0, $89.95 / £57.99Also available as an eBook




Materials

Magnetics,Dielectrics, andWavePropagationwith MATLAB®

CodesCarmine VittoriaNortheastern University, Boston,Massachusetts, USA

A comprehensive description of wave propaga-tion in magneto-dielectric materials, this text-book presents qualitative and quantitative argu-ments to calculate magnetic parameters fromfirst principles. The book’s theoretical approachcombines macroscopic free magnetic energywith Maxwell's equations to yield wave propa-gation characteristics of magneto-dielectricmaterials. The author provides a clear under-standing of the origin of magnetic parametersand how to calculate these parameters as thedimensionality of materials is reduced towardthe microscopic scale.

Features

• Provides MATLAB programs to get started• Introduces the fields of magnetism, magnetic,and wave propagation in very anisotropicmedia

• Presents MKS and CGS systems of units toenable cross-fertilization of ideas betweenengineers and physicists

• Supplies the background needed to applyfundamental ideas

• Includes end-of-chapter problems, solutions,appendices, and references

Contents

Review of Maxwell Equations and Units.Classical Principles of Magnetism. Introductionto Magnetism. Free Magnetic Energy.Phenomenological Theory. Electrical Propertiesof Magnetic Films. Kramers-Kronig Equations.Electromagnetic Wave Propagation inAnisotropic Magnetodielectric Media. SpinSurface Boundary Conditions. MatrixRepresentation of Wave Propagation.


AdvancedMaterials andDesign forElectromagneticInterferenceShieldingXingcun Colin TongLaird Technologies, Schaumburg, Illinois, USA

Exploring the role of EMI shielding in EMCdesign, this book introduces the design guide-lines, materials selection, characterizationmethodology, manufacturing technology, andfuture potential of EMI shielding. It reviewseffective shielding measuring methods, surfacefinish, corrosion protection and galvanic com-patibility, and environmental compliance. Theauthor covers a wide array of issues in advancedshielding materials and design solutions, includ-ing enclosures, conductive elastomer and flexi-ble graphite components, and composites. Healso discusses future trends for the developmentof more efficient and more reliable materials anddesign solutions for EMI shielding and EMC.

Features

• Explains the theory and principles behind EMCrequirements and EMI shielding design

• Reviews effective shielding measuring methods,materials characteristics, surface finish, corrosionprotection and galvanic compatibility, andenvironmental compliance

• Covers a wide array of issues in advancedshielding materials and design solutions,including enclosures, conductive elastomer andflexible graphite components, and composites

• Discusses future trends for the development ofmore efficient and more reliable materials anddesign solutions for EMI shielding and EMC

Abridged Contents

Electromagnetic Interference ShieldingFundamentals and Design Guide.Characterization Methodology of EMI ShieldingMaterials. EMI Shielding Enclosure and Access.Metal-Formed EMI Gaskets and Connectors.Conductive Elastomer and Flexible GraphiteGaskets. Conductive Foam and VentilationStructure. Board-Level Shielding Materials andComponents. Composite Materials and HybridStructures for EMI Shielding. AbsorberMaterials...





23

RF & Microwave


A Revised Bestseller!

The RF and Microwave HandbookSecond Edition, Three-Volume SetEdited by

Mike GolioHVVi Semiconductors, Inc., Phoenix, Arizona, USA

Janet GolioIEEE, Phoenix, Arizona, USA

Series: Electrical Engineering Handbook

Reflecting tremendous growth in the field, the second edition of this wide-ly embraced, bestselling handbook expands its coverage conveniently intoa user-friendly set of three books, each focused on a particular aspect ofthe technology. Coverage includes: WiMAX, broadband cable, bit errorratio (BER) testing, high-power PAs (power amplifiers), and heterojunction bipolar transistors (HBTs). An overview of microwave engineering is also provided.

Features

• Discusses the fundamentals, technologies, and applications at the heart of modern wireless communications

• Includes extensive revisions from the first edition• Provides contributions from leading experts from industry and academia • Discusses electromagnetic propagation at RF and microwave frequencies

Catalog no. 7217, 2008, 2208 pp., ISBN: 978-0-8493-7217-9, $195.95 / £125.00

Buy the Set and Save!

RF and Microwave Circuits, Measurements, and ModelingThis convenient guide focuses on RF and microwave circuits, measurements, CAD, simulation, andmodeling. Chapters discuss high-power PAs (power amplifiers), bit error rate testing, and nonlinearmodeling of heterojunction bipolar transistors (HBTs). It also presents material that reflects recent

progress in areas such as high-volume testing, transmitters and receivers, and CAD tools.

ContentsMicrowave Measurements, Circuits, CAD, Simulation, and Modeling


RF and Microwave Applications and SystemsThis convenient guide examines product applications and systems that rely on RF and microwavetechnology. In addition to chapters on WiMAX and broadband cable, this volume reflects the mas-

sive changes in areas such as radio navigation and electronic warfare.

ContentsMicrowave and RF Product Applications, Systems Considerations, Underlying Physics


RF and Microwave Passive and Active TechnologiesThis convenient guide examines passive and active RF and microwave technologies. It includes mate-rial on technologies such as MEMS, surface acoustic wave (SAW) filters, bipolar junction and hetero-junction transistors, and high mobility electron transistors (HMETs). The book also features a com-

pletely rewritten section on wide bandgap transistors.

ContentsPassive Technologies, Active Technologies


Set and Individual Volumes Available as eBooks







RF & Microwave

MicrowavePhotonicsChi H. LeeUniversity of Maryland, College Park, USA

Series: Optical Science andEngineering

This book reviews impor-tant achievements inmicrowave photonicsthroughout the past decade, as conveyed byexperienced, respected researchers. The materialfocuses on various aspects of the generation, dis-tribution, measurement, and control of micro-and millimeter-wave signals, as well as associatedenabling devices and components. Ranging fromoptical-controlled microwave devices to opticaltransmitters, receivers, switching devices, detec-tors, and modulators, the discussion covers thetheory, techniques, and technologies fuelingnovel and commercial applications, such as radioover fiber and terahertz photonics. The expertcontributors share insights on overcoming limita-tions, as well as on future prospects.


SurfaceImpedanceBoundaryConditionsA ComprehensiveApproachSergey V. YuferevNokia,Inc. Tampere, Finland

Nathan IdaThe University of Akron, Ohio, USA

Taking the mystery out of the subject, this bookprovides an explanation of surface impedanceboundary conditions (SIBCs) that helps practi-tioners to select, use, and develop impedanceboundary conditions for their own applications. Itpresents theoretical arguments and mathematicalrelationships, but the focus of the text remainspractical. The book includes well known numeri-cal techniques and formulations of SIBCs anddemonstrates implementation in new or existingcode. The authors include simple decision tools—which enable readers to decide if and how anSIBC can be used—as well as theoretical andexperimental validation of the proposed SIBCs.


High-Frequencyand MicrowaveCircuit DesignSecond EditionCharles NelsonCalifornia State University,Sacramento, USA

This edition explores developments in communi-cation engineering, covering topics that includemodulation and demodulation of circuits, CAD ofmicrowave integrated circuits, frequency synthe-sis, switching converters, digital synthesizers, andlaboratory test equipment. The author presents aunique introduction to scattering coefficients,addresses noise as the inevitable result of circuittemperature, and demystifies the useful charac-teristics of antennas. This edition includes moreillustrations, exercises, worked examples, and asolutions manual, which make it an ideal univer-sity textbook or a practical reference guide forprofessionals.

Catalog no. 7562, 2008, 176 ppISBN: 978-0-8493-7562-0, $113.95 / £72.99Also available as an eBook

New!

Magneto-electricity inCompositesEdited by

Mirza BichurinNovgorod State University, Russia

Dwight ViehlandVirginia Tech University,Blacksburg, USA

This book assembles numerous contributions tothe field of magnetoelectric (ME) composites thathave been reported since the beginning of thenew millennium. It assimilates new facts into theestablished knowledge, creating transparency tohelp new generations advance the subject matter.This book discusses these bulk and nanostructuredmagnetoelectric composites from both experi-mental and theoretical perspectives. From applica-tion viewpoint, microwave devices, sensors, trans-ducers, and heterogeneous read/write devices areamong the suggested technical implementationsof magnetoelectric composites.

Catalog no. N10438, July 2011, c. 350 pp.ISBN: 978-981-4267-79-3, $149.95 / £95.00






25

Remote Sensing


Coming Soon!

Microwave Propagation and Remote SensingAtmospheric Influences with Models and ApplicationsPranab Kumar KarmakarUniversity of Calcutta, West Bengal, India

This book deals with both microwave propaga-tion and remote sensing in various atmosphericand tropospheric conditions. After discussing thederived parameters of water, the text covers freespace propagation as well as conditions and con-stituents such as water vapor and vapor pressure,density, and ray bending. It also exploresMaxwell's equations and free space loss calcula-tions, in addition to reflection, interference,polarization of electromagnetic waves, radiorefraction, and atmospheric turbulence. Theauthor addresses effects of snow, hail, andaerosols, and he presents radiometric modelsand methods of measurement of water vapor, aswell as frequency/multi-frequency methodology.

Features

• Covers propagation and remote sensingaspects together

• Includes mathematical methods such as freespace calculations and Maxwell's equations

• Presents radiometric models usingradiosonde data and various radiometric dataanalysis methods

• Discusses the principles of radiometry and itsinstrumentation

• Explains the physics behind atmosphericducting


ContentsOutlines of Radio Waves and TroposphereGeneral PerspectiveTroposphereRadio LinkPropagation of Radio Waves: An OutlineIntroductionPower Gain of Directional AerialFree Space Field Due to DirectionalTransmitting AerialPower at the Receiving Directional AerialFree Space Transmission LossRadio Waves in Neutral AtmosphereWhen Is a Medium a Conductor or Dielectric?Reflection and Interference of Radio WavesIntroductionReflection of Radio Waves: An OutlinePlane Wave at Dielectric InterfaceReflection Coefficient for Flat Smooth EarthRadio Refraction and Path DelayIntroductionRadius of Curvature of the Ray PathRefractivity Is Complex and FrequencyDependentTurbulence-Induced ScintillationAbsorption of MicrowavesIntroductionAbsorption CoefficientMicrowave and Millimeter Wave Absorption inthe AtmosphereRain Attenuation and Its Application atMicrowavesIntroductionRadiometric Estimation of Rain AttenuationITU-R Rain Attenuation Attenuation by Hydrometeors Other than RainSnowHailAppendix: Mean Atmospheric Temperature atMicrowaves and Millimeter Waves in Clear AirEnvironment



Remote Sensing

Principles andTechniques ofElectromagneticCompatibilitySecond EditionChristos ChristopoulosUniversity of Nottingham, UK

Series: Electronic EngineeringSystems

Maintaining the practical and comprehensiveapproach of the first edition, this volume reflectsthe challenges and technologies introducedthroughout the decade since the first editionappeared. These include clock frequencies up toand above 6 GHz, richer coverage of the printedcircuit board environment, additional availablenumerical tools, and things such as nanomateri-als and band gap materials. The book also exam-ines signal integrity and new applications includ-ing wireless and broadband technologies.Nearly 20 additional pages of worked exampleslink these concepts to practical applications.



Introduction toMicrowaveRemote SensingIain H. WoodhouseUniversity of Edinburgh,Scotland, UK

“… fills an important nichebetween classical electromagnetic textbooks anddetailed application …”

—In PE&RS

Providing an extensive overview for technicallyoriented undergraduates and graduate students,this book briefly summarizes the field and historymicrowave use, including an exploration of thephysical properties of microwaves and the polari-metric properties of electromagnetic waves. Itexamines the interaction between microwavesand matter. It also analyzes passive atmosphericand passive surface measurements and describesthe operation of altimeters and scatterometers.The textbook concludes by explaining how high-resolution images are created using radars andhow interferometry techniques can be applied toboth passive and active sensors.Catalog no. TF1338, 2006, 400 pp.ISBN: 978-0-415-27123-3, $94.95 / £36.99Also available as an eBook

PolarimetricRadar ImagingFrom Basics toApplicationsJong-Sen LeeRetired - Naval ResearchLaboratory, Washington, DC, USA

Eric PottierUniversite de Rennes, France

Series: Optical Science and Engineering

"… This very concise book covering basics to appli-cations will serve as a fundamental hands-on bookfor years to come. … we congratulate the authorsfor their diligence, oversight, and sincere dedica-tion …"

—Wolfgang-Martin Boerner,University of Illinois, Chicago, USA

Written by two of the most recognized leaders inthe field, this hands-on book presents polarimetricradar imaging and processing techniques andshows how to develop remote sensing applica-tions using polarimetric imaging radar. It intro-duces polarimetric scattering mechanisms, speck-le statistics and speckle filtering, polarimetric infor-mation analysis and extraction techniques, andapplications typical to radar polarimetric remotesensing, such as terrain and forest classification.The authors focus on Cloude and Pottier targetdecomposition theory as well as the complexWishart distribution. They also offer sample PolSARdata sets and software available for download.

Features

• Illustrates the target parameters, entropy,alpha angle, and anisotropy with PolSAR data

• Discusses speckle filtering as an essential partof polarimetric information processing

• Shows that the complex Wishart distributionis the most appropriate for characterizing thestatistical property of polarimetric imagingradar data

• Examines the relationship between coherentand incoherent target decomposition theorems

• Provides practical examples of remote sensingapplications, such as terrain classification,using airborne and space-borne PolSAR data

Contents

Overview of Imaging Radar Polarimetry.Electromagnetic Vector Wave and PolarizationDescriptors.






The Best of CRC Press Electromagnetics Handbooks!

Catalog no. 2952, 2007960 pp., ISBN: 978-0-8493-2952-4

$162.95 / £99.00

See pg. 13

Catalog no. 53620, 20101736 pp. ISBN: 978-1-4200-5362-3

$174.95 / £111.00

See pg. 20

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$195.95 / £125.00

See pg. 23

Bestseller!

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Bestselling Set!





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