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书名：	Electromagnetic Modeling of Composite Metallic and Dielectric Structures
作者：	Kolundzija, Branko; Djordjevic, Antonije
出版时间：	2002-09-30
ISBN：	9780890063606(P-ISBN) ，9781580537667(O-ISBN)
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书目详情：

Electromagnetic Modeling of Composite Metaqllic and Dielectric Structures Contents v 1 Introduction 1 1.1 MoM as a General Approach to Solving Electromagnetic-Field Problems 2 1.2 MoM/SIE, MoM/VIE, and FEM 4 1.3 Basic Classes of Composite Metallic and Dielectric Structures Material Strucutres) 6 1.4 Methods for Analysis of Thin-Wire Structures 8 1.5 Methods for the Analysis of Metallic Structures 11 1.6 Methods for the Analysis of Composite Metallic and Dielectric Structures 14 1.7 What Is New in This Book? 15 1.8 Survey of Chapters 18 References 20 2 MoM 27 2.1 Formulation of Deterministic-Field Problems 27 2.2 Linear Operator Equation 30 2.3 Solution of Integral Equations 33 2.4 Solution of Differential Equations 66 2.5 Choosing the Optimal Method 82 2.6 Summary 83 References 84 3 Electromagnetic Theory 87 3.1 Maxwells Equations 87 3.2 Retarded Potentials 93 3.3 Field Vectors 95 3.4 Volume Equivalence Principle 105 3.5 Duality Relations Between Electric and Magnetic Quantities 107 3.6 Boundary Conditions 108 3.7 Formulation of the Basic Field Problem in the Frequency Domain 113 3.8 Poynting Theorem 115 3.9 Surface Equivalence Principle 116 3.10 Uniqueness Theorem 119 3.11 Summary 125 References 126 4 Field Integral Equations 127 4.1 BIEs for Metallic Structures 128 4.2 BIEs for Combined Metallic and Dielectric Structures 162 4.3 CIEs 176 4.4 Hybrid Methods 188 4.5 Summary 196 References 197 5 Geometrical Modeling 203 5.1 Wire Structures 204 5.2 Metallic and Dielectric Surfaces 214 5.3 Dielectric Volumes 226 5.4 Wire-to-Plate Junctions and Related Structures 229 5.5 Automatic Parameterization of 3-D Geometries 234 5.6 Automatic Segmentation of Electrically Large Surface Patches 238 5.7 Summary 243 References 245 6 Approximation of Currents and Fields 251 6.1 Approximation of Currents Along Wires 252 6.2 Approximation of Currents over Generalized Quadrilaterals 271 6.3 Approximation of Currents over Generalized) Triangles 297 6.4 Generalized Hexahedrons 304 6.5 Generalized Tetrahedrons 310 6.6 Approximation of Currents and Fields Across Junctions of Inompatible Building Elements 311 6.7 Comparison of MoM/SIE, MoM/VIE, and FEM Based on Topological Analysis 314 6.8 Summary 318 References 319 7 Treatment of Excitations 323 7.1 Free-Space Waves 323 7.2 Voltage and Current Generators 325 7.3 Guided Waves 329 7.4 Tranfer of Excitation 337 7.5 Summary 339 References 339 8 Test Procedure 341 8.1 Testing of Vector Equations in Nonorthogonal Coordinate Systems 341 8.2 Weighted Point-Matching Method 344 8.3 Galerkin Method 354 8.4 Choice of Optimal Test Procedure 365 8.5 Summary 367 References 367 9 Practical Examples 369 9.1 TV-UHF Panel Antenna with Radome 370 9.2 Horn Antennas 373 9.3 Paraboloidal Reflector Antenna with Feed and Feed Struts 377 9.4 Stacked Patch Antenna Mounted on an Airplane 380 9.5 Base-Station Antenna with Cosecant Characteristic at 60 GHz 383 9.6 Summary 388 References 388 About the Authors 391 Index 393

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