Electromagnetic Modeling of Composite Metallic and Dielectric StructuresAnnotation This practical, new book provides a much wider choice of analytical solutions to problems faced by antenna design engineers and researchers working in electromagnetic modeling. Based on leading-edge method-of-moments procedures, the book presents new theories and techniques that help professionals optimize computer performance in numerical analysis of composite metallic and dielectric structures in the complex frequency domain. For the first time, comparisons and new combinations of techniques bring the elements of flexibility, ease of implementation, accuracy, and efficiency into clear focus for all practitioners. |
Contents
LXXXIV | 190 |
LXXXV | 193 |
LXXXVI | 196 |
LXXXVII | 197 |
LXXXVIII | 203 |
LXXXIX | 204 |
XCI | 205 |
XCII | 207 |
IX | 18 |
X | 20 |
XI | 27 |
XII | 30 |
XIII | 33 |
XIV | 35 |
XV | 36 |
XVI | 39 |
XVII | 43 |
XVIII | 45 |
XIX | 47 |
XX | 49 |
XXI | 54 |
XXII | 55 |
XXIII | 57 |
XXIV | 59 |
XXV | 60 |
XXVI | 63 |
XXVII | 66 |
XXVIII | 70 |
XXIX | 73 |
XXX | 75 |
XXXI | 79 |
XXXII | 82 |
XXXIII | 83 |
XXXIV | 84 |
XXXV | 87 |
XXXVI | 89 |
XXXVII | 93 |
XXXVIII | 95 |
XXXIX | 97 |
XL | 100 |
XLII | 104 |
XLIII | 105 |
XLIV | 107 |
XLV | 108 |
XLVI | 113 |
XLVII | 115 |
XLVIII | 116 |
XLIX | 119 |
LI | 123 |
LII | 125 |
LIII | 126 |
LIV | 127 |
LV | 128 |
LVI | 132 |
LVII | 134 |
LVIII | 136 |
LIX | 139 |
LX | 143 |
LXI | 144 |
LXII | 146 |
LXIII | 149 |
LXIV | 151 |
LXV | 154 |
LXVI | 158 |
LXVII | 160 |
LXVIII | 161 |
LXIX | 162 |
LXX | 167 |
LXXI | 169 |
LXXII | 170 |
LXXIII | 171 |
LXXIV | 174 |
LXXV | 175 |
LXXVI | 176 |
LXXVII | 178 |
LXXVIII | 179 |
LXXIX | 182 |
LXXX | 185 |
LXXXI | 188 |
LXXXIII | 189 |
XCIII | 210 |
XCV | 214 |
XCVII | 217 |
XCVIII | 218 |
XCIX | 219 |
C | 221 |
CI | 223 |
CII | 224 |
CIII | 226 |
CIV | 229 |
CV | 230 |
CVI | 231 |
CVII | 233 |
CVIII | 234 |
CIX | 238 |
CX | 243 |
CXI | 245 |
CXII | 251 |
CXIII | 252 |
CXIV | 253 |
CXV | 258 |
CXVI | 260 |
CXVII | 264 |
CXVIII | 266 |
CXIX | 269 |
CXX | 271 |
CXXI | 272 |
CXXII | 275 |
CXXIII | 277 |
CXXIV | 278 |
CXXV | 280 |
CXXVI | 283 |
CXXVII | 285 |
CXXVIII | 289 |
CXXIX | 291 |
CXXX | 293 |
CXXXI | 297 |
CXXXII | 299 |
CXXXIII | 304 |
CXXXV | 307 |
CXXXVI | 310 |
CXXXVII | 311 |
CXXXVIII | 314 |
CXXXIX | 318 |
CXL | 319 |
CXLI | 323 |
CXLII | 325 |
CXLIII | 326 |
CXLIV | 329 |
CXLVI | 333 |
CXLVII | 337 |
CXLVIII | 339 |
CL | 341 |
CLI | 344 |
CLII | 345 |
CLIII | 348 |
CLIV | 350 |
CLV | 354 |
CLVI | 357 |
CLVII | 362 |
CLVIII | 365 |
CLIX | 367 |
CLXI | 369 |
CLXII | 370 |
CLXIII | 373 |
CLXIV | 377 |
CLXV | 380 |
CLXVI | 383 |
| 388 | |
CLXIX | 391 |
| 393 | |
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Common terms and phrases
analysis Antennas Propagat applied arbitrary basis functions bilinear surfaces boundary conditions boundary surface building elements CFIE composite metallic conductor consider continuity equation cube current distribution defined density dielectric structures dielectric surfaces dipole doublets edge basis functions efficient EFIE electric and magnetic electric field electromagnetic modeling entire-domain equivalent evaluation example expansion field integral formulation frequency frill Galerkin method geometrical modeling Hence hexahedron IEEE IEEE Trans impedance integral equations Jsio Kolundzija linear equations linear operator linear operator equation magnetic currents magnetic field matching points matrix Maxwell's equations metallic and dielectric MFIE MoM/SIE monopole antenna nodes number of unknowns obtained order of approximation parametric equation patches PEC body plate PMCHW point-matching method polynomial problem quadrilateral radius reflector region relative error resonant rooftop basis functions s-coordinate scalar scatterer Section segments shown in Figure solution solving square surface currents system of linear tangential component techniques tetrahedrons thin-wire triangle unknown coefficients