Verfügbarkeit: Electromagnetic fields

Electromagnetic fields:

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Bibliographische Detailangaben
1. Verfasser:	Van Bladel, Jean 1922- (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Piscataway, NJ IEEE Press [u.a.] 2007
Ausgabe:	2. ed.
Schriftenreihe:	IEEE Press series on electromagnetic wave theory
Schlagworte:	Electromagnetic fields Elektromagnetisches Feld Elektromagnetismus Berechnung Elektrodynamik
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	Previous ed.: 1991
Beschreibung:	XIV, 1155 S. graph. Darst.
ISBN:	0471263885 9780471263883

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Datensatz im Suchindex

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adam_text	ELECTROMAGNETIC FIELDS SECOND EDITION JEAN G. VAN BLADEL IEEE ANTENNAS AND PROPAGATION SOCIETY, SPONSOR IEEE PRESS SERIES ON ELECTROMAGNETIC WAVE THEORY DONALD G. DUDLEY, SERIES EDITOR IEEE PRESS BIC ENTINN1AL 1 8 O 7 WILEY 2 O O 7 [CENTENNIAL WILEY-INTERSCIENCE A JOHN WILEY & SONS, INC., PUBLICATION CONTENTS PREFACE XIII 1. LINEAR ANALYSIS 19 1.1 LINEAR SPACES 2 1.2 LINEAR TRANSFORMATIONS 1.3 THE INVERSION PROBLEM 1.4 GREEN S FUNCTIONS 11 1.5 RECIPROCITY 14 1.6 GREEN S DYADICS 17 1.7 CONVERGENCE OF A SERIES 1.8 EIGENFUNCTIONS 20 1.9 INTEGRAL OPERATORS 23 1.10 EIGENFUNCTION EXPANSIONS 1.11 DISCRETIZATION 30 1.12 MATRICES 33 1.13 SOLUTION OF MATRIX EQUATIONS: STABILITY 36 1.14 FINITE DIFFERENCES 38 1.15 PERTURBATIONS 43 26 2. VARIATIONAL TECHNIQUES 51 2.1 STATIONARY FUNCTIONALS 52 2.2 A SUITABLE FUNCTIONAL FOR THE STRING PROBLEM 53 2.3 FUNCTIONALS FOR THE GENERAL C TRANSFORMATIO N 55 2.4 EULER S EQUATIONS OF SOME IMPORTANT FUNCTIONALS 58 2.5 DISCRETIZATION OF THE TRIAL FUNCTIONS 60 2.6 SIMPLE FINITE ELEMENTS FOR PLANAR PROBLEMS 62 2.7 MORE FINITE ELEMENTS 65 2.8 DIRECT NUMERICAL SOLUTION OF MATRIX PROBLEMS 69 2.9 ITERATIVE NUMERICAL SOLUTION OF MATRIX PROBLEMS 70 3. ELECTROSTATIC FIELDS IN THE PRESENCE OF DIELECTRICS 77 3.1 3.2 3.3 3.4 3.5 3.6 3.7 3.8 3.9 3.10 3.11 1 3.12 VOLUME CHARGES IN VACUUM 77 GREEN S FUNCTION FOR INFINITE SPACE 80 MULTIPOLE EXPANSION 83 POTENTIAL GENERATED BY A SINGLE LAYER OF CHARGE 86 POTENTIAL GENERATED BY A DOUBLE LAYER OF CHARGE 91 POTENTIAL GENERATED BY A LINEAR CHARGE 94 SPHERICAL HARMONICS 98 DIELECTRIC MATERIALS 102 CAVITY FIELDS. 105 DIELECTRIC SPHERE IN AN EXTERNAL FIELD 108 DIELECTRIC SPHEROID IN AN INCIDENT FIELD 111 NUMERICAL METHODS 115 4. ELECTROSTATIC FIELDS IN THE PRESENCE OF CONDUCTORS 125 4.1 4.2 4.3 4.4 4.5 CONDUCTIVITY 125 POTENTIAL OUTSIDE A CHARGED CONDUCTOR 127 CAPACITANCE MATRIX 133 THE DIRICHLET PROBLEM 134 THE NEUMANN PROBLEM 137 VU VIII CONTENTS 4.6 NUMERICAL SOLUTION OF THE CHARGE DENSITY PROBLEM 139 4.7 CONDUCTOR IN AN EXTERNAL FIELD 142 4.8 CONDUCTORS IN THE PRESENCE OF DIELECTRICS 146 4.9 CURRENT INJECTION INTO A CONDUCTING VOLUME 148 4.10 CONTACT ELECTRODES 153 4.11 CHAINS OF CONDUCTORS 158 5. SPECIAL GEOMETRIES FOR THE ELECTROSTATIC FIELD 167 5.1 TWO-DIMENSIONAL POTENTIALS IN THE PLANE 167 5.2 FIELD BEHAVIOR AT A CONDUCTING WEDGE 171 5.3 FIELD BEHAVIOR AT A DIELECTRIC WEDGE 175 5.4 SEPARATION OF VARIABLES IN TWO DIMENSIONS 177 5.5 TWO-DIMENSIONALJLNTEGRAL EQUATIONS 181 5.6 FINITE METHODS IN TWO DIMENSIONS 185 5.7 INFINITE COMPUTATIONAL DOMAINS 188 5.8 MORE TWO-DIMENSIONAL TECHNIQUES 192 5.9 LAYERED MEDIA 196 5.10 APERTURES 199 5.11 AXISYMMETRIC GEOMETRIES 203 5.12 CONICAL BOUNDARIES 207 6.6 MAGNETIC MATERIALS 234 6.7 PERMANENT MAGNETS 236 6.8 THE LIMIT OF INFINITE PERMEABILITY 239 6.9 TWO-DIMENSIONAL FIELDS IN THE PLANE 244 6.10 AXISYMMETRIC GEOMETRIES 249 6.11 NUMERICAL METHODS: INTEGRAL EQUATIONS 251 6.12 NUMERICAL METHODS: FINITE ELEMENTS 253 6.13 NONLINEAR MATERIALS 258 6.14 STRONG MAGNETIC FIELDS AND FORCE-FREE CURRENTS 260 7. RADIATION IN FREE SPACE 277 7.1 MAXWELL S EQUATIONS 277 7.2 THE WAVE EQUATION 280 7.3 POTENTIALS 282 7.4 SINUSOIDAL TIME DEPENDENCE: POLARIZATION 286 7.5 PARTIALLY POLARIZED FIELDS 290 7.6 THE RADIATION CONDITION 293 7.7 TIME-HARMONIC POTENTIALS 296 7.8 RADIATION PATTERNS 300 7.9 GREEN S DYADICS 303 7.10 MULTIPOLE EXPANSION 307 7.11 SPHERICAL HARMONICS 313 7.12 EQUIVALENT SOURCES 320 7.13 LINEAR WIRE ANTENNAS 327 7.14 CURVED WIRE ANTENNAS: RADIATION 333 TRANSIENT SOURCES 337 6. MAGNETOSTATIC FIELDS 221 6.1 MAGNETIC FIELDS IN FREE SPACE: VECTOR POTENTIAL 221 6.2 FIELDS GENERATED BY LINEAR CURRENTS 224 6.3 FIELDS GENERATED BY SURFACE CURRENTS 227 6.4 FIELDS AT LARGE DISTANCES FROM THE SOURCES 229 6.5 SCALAR POTENTIAL-IN VACUUM 232 8. RADIATION IN A MATERIAL MEDIUM 357 8.1 CONSTITUTIVE EQUATIONS 357 8.2 PLANE WAVES 370 8.3 RAY METHODS 377 8.4 BEAMLIKE PROPAGATION 388 8.5 GREEN S DYADICS 392 8.6 RECIPROCITY 397 8.7 EQUIVALENT CIRCUIT OF AN ANTENNA 402 8.8 EFFECTIVE ANTENNA AREA 409 CONTENTS IX 9. PLANE BOUNDARIES 423 9.1 PLANE WAVE INCIDENT ON A PLANE BOUNDARY 423 9.2 PROPAGATION THROUGH A LAYERED MEDIUM 442 9.3 THE SOMMERFELD DIPOLE PROBLEM 448 9.4 MULTILAYERED STRUCTURES 452 9.5 PERIODIC STRUCTURES 460 9.6 FIELD PENETRATION THROUGH APERTURES 478 9.7 EDGE DIFFRACTION 490 10. RESONATORS 10.1 EIGENVECTORS FOR AN ENCLOSED VOLUME 509 EXCITATION OF A CAVITY 514 DETERMINATION OF THE EIGENVECTORS 517 RESONANCES 525 OPEN RESONATORS: DIELECTRIC . F RESONANCES 529 APERTURE COUPLING 540 GREEN S DYADICS 544 -11. SCATTERING: GENERALITIES 509 563 12.2 THE MAGNETIC FIELD INTEGRAL EQUATION 624 12.3 THE T-MATRIX 629 12.4 NUMERICAL PROCEDURES 633 12.5 INTEGRAL EQUATIONS FOR PENETRABLE BODIES 639 12.6 ABSORBING BOUNDARY CONDITIONS 646 12.7 FINITE ELEMENTS 651 12.8 FINITE DIFFERENCES IN THE TIME DOMAIN 654 13. HIGH- AND LOW-FREQUENCY FIELDS 671 THE SCATTERING MATRIX 563 CROSS SECTIONS 568 SCATTERING BY A SPHERE 574 RESONANT SCATTERING 582 THE SINGULARITY EXPANSION METHOD 586 1.6 IMPEDANCE BOUNDARY CONDITIONS 598 THIN LAYERS 601 CHARACTERISTIC MODES 604 SCATTERING: NUMERICAL METHODS 617 14.3 \|,1 THE ELECTRIC FIELD INTEGRAL EQUATION 617 13.1 PHYSICAL OPTICS 671 13.2 GEOMETRICAL OPTICS 676 13.3 GEOMETRIC THEORY OF DIFFRACTION 681 13.4 EDGE CURRENTS AND EQUIVALENT CURRENTS 689 13.5 HYBRID METHODS 692 13.6 LOW-FREQUENCY FIELDS: THE RAYLEIGH REGION 695 13.7 NON-CONDUCTING SCATTERERS *- AT LOW FREQUENCIES 696 13.8 PERFECTLY CONDUCTING SCATTERERS AT LOW FREQUENCIES 699 13.9 GOOD CONDUCTORS . 707 13.10 STEVENSON S METHOD APPLIED TO GOOD CONDUCTORS 711 13.11 CIRCUIT PARAMETERS 715 13.12 TRANSIENT EDDY CURRENTS 719 14. TWO-DIMENSIONAL PROBLEMS 733 14.1 E AND //WAVES 733 14.2 SCATTERING BY PERFECTLY CONDUCTING CYLINDERS 738 SCATTERING BY PENETRABLE CIRCULAR CYLINDERS 743 14.4 SCATTERING BY ELLIPTIC CYLINDERS 746 X CONTENTS 14.5 14.6 14.7 14.8 14.9 14.10 14.11 14.12 SCATTERING BY WEDGES 749 INTEGRAL EQUATIONS FOR PERFECTLY CONDUCTING CYLINDERS 751 SCATTERING BY PENETRABLE CYLINDERS 759 LOW-FREQUENCY SCATTERING BY CYLINDERS 764 SLOTS IN A PLANAR SCREEN 770 MORE SLOT COUPLINGS 778 TERMINATION OF A TRUNCATED DOMAIN 786 LINE METHODS 792 16.2 16.3 16.4 16.5 16.6 16.7 SCATTERING BY BODIES OF REVOLUTION: INTEGRAL EQUATIONS 908 SCATTERING BY BODIES OF REVOLUTION: FINITE METHODS 912 APERTURES IN AXISYMMETRIC SURFACES 915 THE CONICAL WAVEGUIDE SINGULARITIES AT THE TIP OF A CONE 926 RADIATION AND SCATTERING FROM CONES 930 918 15. CYLINDRICAL WAVEGUIDES 15.1 15.2, 15.3 15.4 15.5 15.6 15.7 15.8 FIELD EXPANSIONS IN A CLOSED WAVEGUIDE 814 DETERMINATION OF THE EIGENVECTORS 818 PROPAGATION IN A CLOSED WAVEGUIDE 822 WAVEGUIDE LOSSES 832 . WAVEGUIDE NETWORKS 837 APERTURE EXCITATION AND COUPLING 844 , ,. GUIDED WAVES IN GENERAL MEDIA 859 ORTHOGONALITY AND NORMALIZATION 865 17.1 17.2 17.3 17.4 17.5 17.6 17.7 17.8 15.9 DIELECTRIC WAVEGUIDES 15.10 OTHER EXAMPLES OF WAVEGUIDES 882 16. AXISYMMETRIC AND CONICAL BOUNDARIES 873 16.1 FIELD EXPANSIONS FOR AXISYMMETRIC GEOMETRIES 905 813 17. ELECTRODYNAMICS OF MOVING BODIES 943 FIELDS GENERATED BY A MOVING CHARGE 943 THE LORENTZ TRANSFORMATION 946 TRANSFORMATION OF FIELDS AND CURRENTS 950 RADIATION FROM SOURCES: THE DOPPLER EFFECT 955 CONSTITUTIVE EQUATIONS AND BOUNDARY CONDITIONS 958 MATERIAL BODIES MOVING UNIFORMLY IN STATIC FIELDS 960 MAGNETIC LEVITATION 962 SCATTERERS IN UNIFORM MOTION 966 MATERIAL BODIES IN NONUNIFORM MOTION ROTATING BODIES OF REVOLUTION 974 MOTIONAL EDDY CURRENTS ACCELERATED FRAMES OF REFERENCE 984 ROTATING COMOVING FRAMES 988 905 17.9 972 17.11 17.12 17.13 979 APPENDIX 1. VECTOR ANALYSIS IN THREE DIMENSIONS 1001 CONTENTS XI APPENDIX 9. SOME EIGENFUNCTIONS AND EIGENVECTORS 1105 APPENDIX 2. VECTOR OPERATORS IN SEVERAL COORDINATE SYSTEMS 1011 APPENDIX 10. MISCELLANEOUS DATA 1111 APPENDIX 3. VECTOR ANALYSIS ON A SURFACE 1025 APPENDIX 4. DYADIC ANALYSIS 1035 APPENDIX 5. SPECIAL FUNCTIONS 1043 BIBLIOGRAPHY 1117 GENERAL TEXTS ON ELECTROMAGNETIC THEORY 1117 TEXTS THAT DISCUSS PARTICULAR AREAS OF ELECTROMAGNETIC THEORY 1118 GENERAL MATHEMATICAL BACKGROUND 1122 MATHEMATICAL TECHNIQUES SPECIFICALLY APPLIED TO ELECTROMAGNETIC THEORY 1123 APPENDIX 6. COMPLEX INTEGRATION 1063 ACRONYMS AND SYMBOLS APPENDIX 7. TRANSFORMS 1075 AUTHOR INDEX 1127 1133 APPENDIX 8. DISTRIBUTIONS 1089 SUBJECT INDEX 1149
adam_txt	ELECTROMAGNETIC FIELDS SECOND EDITION JEAN G. VAN BLADEL IEEE ANTENNAS AND PROPAGATION SOCIETY, SPONSOR IEEE PRESS SERIES ON ELECTROMAGNETIC WAVE THEORY DONALD G. DUDLEY, SERIES EDITOR IEEE PRESS BIC ENTINN1AL 1 8 O 7 WILEY 2 O O 7 [CENTENNIAL WILEY-INTERSCIENCE A JOHN WILEY & SONS, INC., PUBLICATION CONTENTS PREFACE XIII 1. LINEAR ANALYSIS 19 1.1 LINEAR SPACES 2 1.2 LINEAR TRANSFORMATIONS 1.3 THE INVERSION PROBLEM 1.4 GREEN'S FUNCTIONS 11 1.5 RECIPROCITY 14 1.6 GREEN'S DYADICS 17 1.7 CONVERGENCE OF A SERIES 1.8 EIGENFUNCTIONS 20 1.9 INTEGRAL OPERATORS "23 1.10 EIGENFUNCTION EXPANSIONS 1.11 DISCRETIZATION 30 1.12 MATRICES 33 1.13 SOLUTION OF MATRIX EQUATIONS: STABILITY 36 1.14 FINITE DIFFERENCES 38 1.15 PERTURBATIONS 43 26 2. VARIATIONAL TECHNIQUES 51 2.1 STATIONARY FUNCTIONALS 52 2.2 A SUITABLE FUNCTIONAL FOR THE STRING PROBLEM 53 2.3 FUNCTIONALS FOR THE GENERAL C TRANSFORMATIO N 55 2.4 EULER'S EQUATIONS OF SOME IMPORTANT FUNCTIONALS 58 2.5 DISCRETIZATION OF THE TRIAL FUNCTIONS 60 2.6 SIMPLE FINITE ELEMENTS FOR PLANAR PROBLEMS 62 2.7 MORE FINITE ELEMENTS 65 2.8 DIRECT NUMERICAL SOLUTION OF MATRIX PROBLEMS 69 2.9 ITERATIVE NUMERICAL SOLUTION OF MATRIX PROBLEMS 70 3. ELECTROSTATIC FIELDS IN THE PRESENCE OF DIELECTRICS 77 3.1 3.2 3.3 3.4 3.5 3.6 3.7 3.8 3.9 3.10 3.11 1 3.12 VOLUME CHARGES IN VACUUM 77 GREEN'S FUNCTION FOR INFINITE SPACE 80 MULTIPOLE EXPANSION 83 POTENTIAL GENERATED BY A SINGLE LAYER OF CHARGE 86 POTENTIAL GENERATED BY A DOUBLE LAYER OF CHARGE 91 POTENTIAL GENERATED BY A LINEAR CHARGE 94 SPHERICAL HARMONICS 98 DIELECTRIC MATERIALS 102 CAVITY FIELDS. 105 DIELECTRIC SPHERE IN AN EXTERNAL FIELD 108 DIELECTRIC SPHEROID IN AN ""INCIDENT FIELD 111 NUMERICAL METHODS 115 4. ELECTROSTATIC FIELDS IN THE PRESENCE OF CONDUCTORS 125 4.1 4.2 4.3 4.4 4.5 CONDUCTIVITY 125 POTENTIAL OUTSIDE A CHARGED CONDUCTOR 127 CAPACITANCE MATRIX 133 THE DIRICHLET PROBLEM 134 THE NEUMANN PROBLEM 137 VU VIII CONTENTS 4.6 NUMERICAL SOLUTION OF THE CHARGE DENSITY PROBLEM 139 4.7 CONDUCTOR IN AN EXTERNAL FIELD 142 4.8 CONDUCTORS IN THE PRESENCE OF DIELECTRICS 146 4.9 CURRENT INJECTION INTO A CONDUCTING VOLUME 148 4.10 CONTACT ELECTRODES 153 4.11 CHAINS OF CONDUCTORS 158 5. SPECIAL GEOMETRIES FOR THE ELECTROSTATIC FIELD 167 5.1 TWO-DIMENSIONAL POTENTIALS IN THE PLANE 167 5.2 FIELD BEHAVIOR AT A CONDUCTING WEDGE 171 5.3 FIELD BEHAVIOR AT A DIELECTRIC WEDGE 175 5.4 SEPARATION OF VARIABLES IN TWO DIMENSIONS 177 5.5 TWO-DIMENSIONALJLNTEGRAL EQUATIONS 181 5.6 FINITE METHODS IN TWO DIMENSIONS 185 5.7 INFINITE COMPUTATIONAL DOMAINS 188 5.8 MORE TWO-DIMENSIONAL TECHNIQUES 192 5.9 LAYERED MEDIA 196 5.10 APERTURES 199 5.11 AXISYMMETRIC GEOMETRIES 203 5.12 CONICAL BOUNDARIES 207 6.6 MAGNETIC MATERIALS 234 6.7 PERMANENT MAGNETS 236 6.8 THE LIMIT OF INFINITE PERMEABILITY 239 6.9 TWO-DIMENSIONAL FIELDS IN THE PLANE 244 6.10 AXISYMMETRIC GEOMETRIES 249 6.11 NUMERICAL METHODS: INTEGRAL EQUATIONS 251 6.12 NUMERICAL METHODS: FINITE ELEMENTS 253 6.13 NONLINEAR MATERIALS 258 6.14 STRONG MAGNETIC FIELDS AND FORCE-FREE CURRENTS 260 7. RADIATION IN FREE SPACE 277 7.1 MAXWELL'S EQUATIONS 277 7.2 THE WAVE EQUATION 280 7.3 POTENTIALS 282 7.4 SINUSOIDAL TIME DEPENDENCE: POLARIZATION 286 7.5 PARTIALLY POLARIZED FIELDS 290 7.6 THE RADIATION CONDITION 293 7.7 TIME-HARMONIC POTENTIALS 296 7.8 RADIATION PATTERNS 300 7.9 GREEN'S DYADICS 303 7.10 MULTIPOLE EXPANSION 307 7.11 SPHERICAL HARMONICS 313 7.12 EQUIVALENT SOURCES 320 7.13 LINEAR WIRE ANTENNAS 327 7.14 CURVED WIRE ANTENNAS: RADIATION 333 TRANSIENT SOURCES 337 6. MAGNETOSTATIC FIELDS 221 6.1 MAGNETIC FIELDS IN FREE SPACE: VECTOR POTENTIAL 221 6.2 FIELDS GENERATED BY LINEAR CURRENTS 224 6.3 FIELDS GENERATED BY SURFACE CURRENTS 227 6.4 FIELDS AT LARGE DISTANCES FROM THE SOURCES 229 6.5 SCALAR POTENTIAL-IN VACUUM 232 8. RADIATION IN A MATERIAL MEDIUM 357 8.1 CONSTITUTIVE EQUATIONS 357 8.2 PLANE WAVES 370 8.3 RAY METHODS 377 8.4 BEAMLIKE PROPAGATION 388 8.5 GREEN'S DYADICS 392 8.6 RECIPROCITY 397 8.7 EQUIVALENT CIRCUIT OF AN ANTENNA 402 8.8 EFFECTIVE ANTENNA AREA 409 CONTENTS IX 9. PLANE BOUNDARIES 423 9.1 PLANE WAVE INCIDENT ON A PLANE BOUNDARY 423 9.2 PROPAGATION THROUGH A LAYERED MEDIUM 442 9.3 THE SOMMERFELD DIPOLE PROBLEM 448 9.4 MULTILAYERED STRUCTURES 452 9.5 PERIODIC STRUCTURES 460 9.6 FIELD PENETRATION THROUGH APERTURES 478 9.7 EDGE DIFFRACTION 490 10. RESONATORS 10.1 EIGENVECTORS FOR AN ENCLOSED VOLUME 509 EXCITATION OF A CAVITY 514 DETERMINATION OF THE EIGENVECTORS 517 RESONANCES 525 OPEN RESONATORS: DIELECTRIC . F RESONANCES 529 APERTURE COUPLING 540 GREEN'S DYADICS 544 -11. SCATTERING: GENERALITIES 509 563 12.2 THE MAGNETIC FIELD INTEGRAL EQUATION 624 12.3 THE T-MATRIX 629 12.4 NUMERICAL PROCEDURES 633 12.5 INTEGRAL EQUATIONS FOR PENETRABLE BODIES 639 12.6 ABSORBING BOUNDARY CONDITIONS 646 12.7 FINITE ELEMENTS 651 12.8 FINITE DIFFERENCES IN THE TIME DOMAIN 654 13. HIGH- AND LOW-FREQUENCY FIELDS 671 THE SCATTERING MATRIX 563 CROSS SECTIONS 568 SCATTERING BY A SPHERE 574 RESONANT SCATTERING 582 THE SINGULARITY EXPANSION METHOD 586 1.6 IMPEDANCE BOUNDARY CONDITIONS 598 THIN LAYERS 601 CHARACTERISTIC MODES 604 SCATTERING: NUMERICAL METHODS 617 14.3 \|,1 THE ELECTRIC FIELD INTEGRAL EQUATION 617 13.1 PHYSICAL OPTICS 671 13.2 GEOMETRICAL OPTICS 676 13.3 GEOMETRIC THEORY OF DIFFRACTION 681 13.4 EDGE CURRENTS AND EQUIVALENT CURRENTS 689 13.5 HYBRID METHODS 692 13.6 LOW-FREQUENCY FIELDS: THE RAYLEIGH REGION 695 13.7 NON-CONDUCTING SCATTERERS *- AT LOW FREQUENCIES 696 13.8 PERFECTLY CONDUCTING SCATTERERS AT LOW FREQUENCIES 699 13.9 GOOD CONDUCTORS . 707 13.10 STEVENSON'S METHOD APPLIED TO GOOD CONDUCTORS 711 13.11 CIRCUIT PARAMETERS 715 13.12 TRANSIENT EDDY CURRENTS 719 14. TWO-DIMENSIONAL PROBLEMS 733 14.1 E AND //WAVES 733 14.2 SCATTERING BY PERFECTLY CONDUCTING CYLINDERS 738 SCATTERING BY PENETRABLE CIRCULAR CYLINDERS 743 14.4 SCATTERING BY ELLIPTIC CYLINDERS 746 X CONTENTS 14.5 14.6 14.7 14.8 14.9 14.10 14.11 14.12 SCATTERING BY WEDGES 749 INTEGRAL EQUATIONS FOR PERFECTLY CONDUCTING CYLINDERS 751 SCATTERING BY PENETRABLE CYLINDERS 759 LOW-FREQUENCY SCATTERING BY CYLINDERS 764 SLOTS IN A PLANAR SCREEN 770 MORE SLOT COUPLINGS 778 TERMINATION OF A TRUNCATED DOMAIN 786 LINE METHODS 792 16.2 16.3 16.4 16.5 16.6 16.7 SCATTERING BY BODIES OF REVOLUTION: INTEGRAL EQUATIONS 908 SCATTERING BY BODIES OF REVOLUTION: FINITE METHODS 912 APERTURES IN AXISYMMETRIC SURFACES 915 THE CONICAL WAVEGUIDE SINGULARITIES AT THE TIP OF A CONE 926 RADIATION AND SCATTERING FROM CONES 930 918 15. CYLINDRICAL WAVEGUIDES 15.1 15.2, 15.3 15.4 15.5 15.6 15.7 15.8 FIELD EXPANSIONS IN A CLOSED WAVEGUIDE 814 DETERMINATION OF THE EIGENVECTORS 818 PROPAGATION IN A CLOSED WAVEGUIDE 822 WAVEGUIDE LOSSES 832 . WAVEGUIDE NETWORKS 837 APERTURE EXCITATION AND COUPLING 844 , ,. GUIDED WAVES IN GENERAL MEDIA 859 ORTHOGONALITY AND NORMALIZATION 865 17.1 17.2 17.3 17.4 17.5 17.6 17.7 17.8 15.9 DIELECTRIC WAVEGUIDES 15.10 OTHER EXAMPLES OF WAVEGUIDES 882 16. AXISYMMETRIC AND CONICAL BOUNDARIES 873 16.1 FIELD EXPANSIONS FOR AXISYMMETRIC GEOMETRIES 905 813 17. ELECTRODYNAMICS OF MOVING BODIES 943 FIELDS GENERATED BY A MOVING CHARGE 943 THE LORENTZ TRANSFORMATION 946 TRANSFORMATION OF FIELDS AND CURRENTS 950 RADIATION FROM SOURCES: THE DOPPLER EFFECT 955 CONSTITUTIVE EQUATIONS AND BOUNDARY CONDITIONS 958 MATERIAL BODIES MOVING UNIFORMLY IN STATIC FIELDS 960 MAGNETIC LEVITATION 962 SCATTERERS IN UNIFORM MOTION ' 966 MATERIAL BODIES IN NONUNIFORM MOTION ROTATING BODIES OF REVOLUTION 974 MOTIONAL EDDY CURRENTS ACCELERATED FRAMES OF REFERENCE 984 ROTATING COMOVING FRAMES 988 905 17.9 972 17.11 17.12 17.13 979 APPENDIX 1. VECTOR ANALYSIS IN THREE DIMENSIONS 1001 CONTENTS XI APPENDIX 9. SOME EIGENFUNCTIONS AND EIGENVECTORS 1105 APPENDIX 2. VECTOR OPERATORS IN SEVERAL COORDINATE SYSTEMS 1011 APPENDIX 10. MISCELLANEOUS DATA 1111 APPENDIX 3. VECTOR ANALYSIS ON A SURFACE 1025 APPENDIX 4. DYADIC ANALYSIS 1035 APPENDIX 5. SPECIAL FUNCTIONS 1043 BIBLIOGRAPHY 1117 GENERAL TEXTS ON ELECTROMAGNETIC THEORY 1117 TEXTS THAT DISCUSS PARTICULAR AREAS OF ELECTROMAGNETIC THEORY 1118 GENERAL MATHEMATICAL BACKGROUND 1122 MATHEMATICAL TECHNIQUES SPECIFICALLY APPLIED TO ELECTROMAGNETIC THEORY 1123 APPENDIX 6. COMPLEX INTEGRATION 1063 ACRONYMS AND SYMBOLS APPENDIX 7. TRANSFORMS 1075 AUTHOR INDEX 1127 1133 APPENDIX 8. DISTRIBUTIONS 1089 SUBJECT INDEX 1149
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id	DE-604.BV023025447
illustrated	Illustrated
index_date	2024-07-02T19:14:51Z
indexdate	2024-07-09T21:09:15Z
institution	BVB
isbn	0471263885 9780471263883
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-016229420
oclc_num	255939945
open_access_boolean
owner	DE-703 DE-20
owner_facet	DE-703 DE-20
physical	XIV, 1155 S. graph. Darst.
publishDate	2007
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publisher	IEEE Press [u.a.]
record_format	marc
series2	IEEE Press series on electromagnetic wave theory
spelling	Van Bladel, Jean 1922- Verfasser (DE-588)120519992 aut Electromagnetic fields Jean G. Van Bladel 2. ed. Piscataway, NJ IEEE Press [u.a.] 2007 XIV, 1155 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier IEEE Press series on electromagnetic wave theory Previous ed.: 1991 Electromagnetic fields Elektromagnetisches Feld (DE-588)4014305-3 gnd rswk-swf Elektromagnetismus (DE-588)4014306-5 gnd rswk-swf Berechnung (DE-588)4120997-7 gnd rswk-swf Elektrodynamik (DE-588)4014251-6 gnd rswk-swf Elektromagnetismus (DE-588)4014306-5 s DE-604 Elektromagnetisches Feld (DE-588)4014305-3 s Berechnung (DE-588)4120997-7 s 1\p DE-604 Elektrodynamik (DE-588)4014251-6 s 2\p DE-604 HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016229420&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 2\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk
spellingShingle	Van Bladel, Jean 1922- Electromagnetic fields Electromagnetic fields Elektromagnetisches Feld (DE-588)4014305-3 gnd Elektromagnetismus (DE-588)4014306-5 gnd Berechnung (DE-588)4120997-7 gnd Elektrodynamik (DE-588)4014251-6 gnd
subject_GND	(DE-588)4014305-3 (DE-588)4014306-5 (DE-588)4120997-7 (DE-588)4014251-6
title	Electromagnetic fields
title_auth	Electromagnetic fields
title_exact_search	Electromagnetic fields
title_exact_search_txtP	Electromagnetic fields
title_full	Electromagnetic fields Jean G. Van Bladel
title_fullStr	Electromagnetic fields Jean G. Van Bladel
title_full_unstemmed	Electromagnetic fields Jean G. Van Bladel
title_short	Electromagnetic fields
title_sort	electromagnetic fields
topic	Electromagnetic fields Elektromagnetisches Feld (DE-588)4014305-3 gnd Elektromagnetismus (DE-588)4014306-5 gnd Berechnung (DE-588)4120997-7 gnd Elektrodynamik (DE-588)4014251-6 gnd
topic_facet	Electromagnetic fields Elektromagnetisches Feld Elektromagnetismus Berechnung Elektrodynamik
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016229420&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT vanbladeljean electromagneticfields

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