Electromagnetic Composites Handbook, Second Edition / Rick Moore.

Format:

Book

Author/Creator:

Moore, Rick, author.

Language:

English

Subjects (All):

Composite materials--Magnetic properties.

Composite materials.

Electromagnetic.

Genre:

Electronic books.

Physical Description:

1 online resource

Edition:

2nd ed.

Place of Publication:

New York, N.Y. : McGraw-Hill Education, [2016].

Language Note:

In English.

Contents:

A. ABOUT THE AUTHOR

B. PREFACE

C. ACKNOWLEDGMENTS

A. INTRODUCTION

INTRODUCTION PRELIMINARIES

OUTLINE

REFERENCES

1. INTRODUCTION TO WAVE EQUATIONS AND ELECTROMAGNETIC CONSTITUTIVE PARAMETERS

CHAPTER PRELIMINARIES

MAXWELL'S EQUATIONS AND FIELD SOURCES

PERMITTIVITY AND CHARGE

PERMEABILITY AND CURRENT

WAVE EQUATIONS FOR HOMOGENEOUS AND INHOMOGENEOUS MATERIALS

HOMOGENEOUS PROPAGATION IN LINEAR MEDIA

CONCLUSION

2. SOURCES AND DISPERSION FOR POLARIZATION AND PERMITTIVITY ?(f)

SOURCES OF PERMITTIVITY, RESISTIVITY, AND CONDUCTIVITY IN MATERIALS

MODELING MATERIAL COMPLEX PERMITTIVITY AND ITS FREQUENCY DEPENDENCE

SMALL DAMPING, ? ? 0

DC, ZERO FREQUENCY, AND DC SCALED PERMITTIVITY

COMBINED MODELS FOR PERMITTIVITY

COUPLING PERMITTIVITY AND PERMEABILITY

ADDITIONAL BOUND CHARGE CONTRIBUTIONS TO PERMITTIVITY AND FREQUENCY DISPERSION

PERMITTIVITY VARIATION WITH TEMPERATURE

3. SOURCES AND DISPERSION OF MAGNETIZATION AND PERMEABILITY ?(f)

SOURCES OF PERMEABILITY

FREQUENCY DISPERSION IN MAGNETIC MATERIALS

SUSCEPTIBILITY MODELS FOR DATA ANALYSIS

AN OVERVIEW OF MICROMAGNETIC MODELS

KRAMERS?KRONIG (KK) RELATIONSHIPS

TEMPERATURE-DEPENDENT PERMEABILITY

4. FUNDAMENTAL OBSERVABLES FOR MATERIAL MEASUREMENT

INTRODUCTION

SCATTERING OF PLANE WAVES FROM HOMOGENEOUS PLANAR BOUNDARIES AND MATERIAL SLABS

SINGLE PLANAR SLAB OF MATERIAL

SCATTERING: CASCADE MATRIX METHOD FOR MULTI-BOUNDARY MATERIAL ANALYSIS

SCATTERING FROM A SHUNT PLANAR IMPEDANCE SHEET

TRANSMISSION AND REFLECTION FROM ANISOTROPIC LAMINATES

A NUMERICAL ANISOTROPIC MATERIAL EXAMPLE

5. COMPOSITES AND EFFECTIVE MEDIUM THEORIES

EMT DEVELOPMENT TIMELINE

LIMITATIONS AND DERIVATION OF EMTS

SCATTERING FUNCTIONS FOR SPHERES

SCATTERING AND EMT OF LARGE-ASPECT RATIO PARTICLE GEOMETRIES

LAYERED INCLUSIONS

MODEL CHOICES: IMPORTANCE OF CONDUCTION AND PARTICULATE INTERACTION

6. CONDUCTING-DIELECTRIC AND MAGNETO-DIELECTRIC COMPOSITES

PERCOLATION, DIMENSIONALITY, DEPOLARIZATION, AND FREQUENCY DISPERSION IN SEMICONDUCTING, CONDUCTING-DIELECTRIC COMPOSITES

MAGNETIC EFFECTIVE MEDIA

REFERENCES.

7. NUMERICAL MODELS OF COMPOSITES

METHOD OF MOMENT MODELING AND LAMINATED COMPOSITES

FINITE DIFFERENCE TIME DOMAIN SIMULATIONS

COMMENTS FOR CHAPTERS 5 TO 7

8. ELECTROMAGNETIC MEASUREMENT SYSTEMS SUMMARY FOR RF-MILLIMETER WAVELENGTHS

AN INTRODUCTION TO WIDEBAND MATERIAL METROLOGY

ERROR CORRECTION, CALIBRATION, AND CAUSALITY

HISTORICAL: VON HIPPEL AND THE SLOTTED LINE

SUMMARY OF MEASUREMENT TECHNIQUES

NONRESONANT TECHNIQUES: GENERAL TRANSMISSION LINE MEASUREMENT GUIDELINES AND PROCEDURES

CYLINDRICAL WAVEGUIDE

COAXIAL LINES

STRIPLINE MEASUREMENTS

FOCUSED BEAM FREE SPACE SYSTEM

FOCUSED BEAM TECHNICAL DESCRIPTION

CALIBRATION, MEASUREMENTS, AND DISCUSSION

9. RESONANT TECHNIQUES FOR MATERIAL CHARACTERIZATION

RESONANT CAVITIES

OVERVIEW OF THE TE_10p MEASUREMENT TECHNIQUE

PARALLEL PLATE STRIPLINE (TEM) CAVITY

CLOSED REFLECTION CAVITY

OPEN CAVITY: FABRY-PEROT RESONATOR

10. TRANSMISSION LINE, FREE SPACE FOCUSED BEAM AND TE_10N MEASUREMENT DETAILS

CONSTITUTIVE PARAMETER SOLUTIONS IN COAXIAL TRANSMISSION LINE, RECTANGULAR WAVEGUIDE, AND FREE SPACE

EXTREME ELEVATED TEMPERATURE REFLECTION MEASUREMENTS

FREE SPACE FOCUSED BEAM CHARACTERIZATION OF MATERIALS

TE_10N TRANSMISSION CAVITY

11. MICROMETER AND NANOSCALE COMPOSITES

APPLICATIONS AND IMPETUS FOR NANOMAGNETIC COMPOSITES

CASE STUDY 1: NiZn AND MnZn FERRITES

CASE STUDY 2: NANOMAGNETIC COMPOSITES

CASE STUDY 3: MULTISCALE EMT (NANO TO MACRO) FOR ARTIFICIAL DIELECTRICS

CONCLUSIONS

12. MEASURED DATA OF MATERIALS AND COMPOSITES

SOLID CERAMIC VERSUS FREQUENCY

SOLID CERAMIC VERSUS TEMPERATURE

CERAMIC FIBER VERSUS TEMPERATURE

TWO-PHASE FERRITE-POLYMER COMPOSITES AND THREE-PHASE FERRITE-Fe-POLYMER COMPOSITES

COMPOSITES DEMONSTRATING PERCOLATION

SOLID SEMICONDUCTORS VERSUS FREQUENCY

HONEYCOMB AND FOAMS VERSUS FREQUENCY

POLYMERS VERSUS FREQUENCY

R-CARDS VERSUS FREQUENCY

MICROMETER AND NANOMETER MAGNETITE MAGNETIC COMPOSITES VERSUS FREQUENCY

IRON-POLYMER COMPOSITES VERSUS FREQUENCY

CERAMIC POLYMER FIBER VERSUS FREQUENCY

DENSE FERRITES VERSUS FREQUENCY

FIBER-POLYMER COMPOSITES VERSUS FREQUENCY.

Notes:

Includes bibliographical references and index.

Electronic reproduction. New York, N.Y. : McGraw Hill, 2016. Mode of access: World Wide Web. System requirements: Web browser. Access may be restricted to users at subscribing institutions.

Description based on e-Publication PDF.

ISBN:

9781259585050 (e-ISBN)

1259585050 (e-ISBN)

9781259585043 (print-ISBN)

1259585042 (print-ISBN)

OCLC:

947284676

Access Restriction:

Restricted for use by site license.