Time-domain methods for microwave structures: analysis and design
IEEE Press, 1998 - Mathematics - 527 pages
"This book thoroughly explains the application of Finite-difference Time-domain (FDTD) method to microwave structures. Providing the reader with the most comprehensive collection of material available on this subject, each chapter is composed of an introductory section that addresses the theoretical background of a specific component of the FDTD method and a collection of reprints of the most important papers. Each chapter is contributed by a well-known authority in the field and contains illustrative examples. Topics covered include:
* The numerical issues
* Geometry description of microwave structures
* Methods to reduce the requirements for excessive computational resources
* Parallel and vector processing
All the topics covered in this book are essential components for successful application of the FDTD method to realistic structures."
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Analysis of Electromagnetic Coupling Through a Thick Aperture in Multilayer Planar Circuits Using the Extended Spectral
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absorbing boundary conditions accuracy analysis Antennas Propagat application approach approximation ARMA calculated cells coefficients computational domain covariance dielectric difference discontinuities discretization edge efficient electric field electromagnetic field elements error excitation FD-TD FDTD algorithm FDTD method field components Figure filter finite finite-difference time-domain finite-difference time-domain method Fourier transform function Green's function grid IEEE IEEE Trans impedance implementation impulse response incident input integral interface iterations lattice linear magnetic field matrix Maxwell's equations memory mesh microstrip line microwave circuits Microwave Theory Tech mode nodes nonlinear nonorthogonal normal obtained orthogonal parallel computers parameters planar circuit plane wave ports problems processors propagation rectangular recursive reflection region S-parameters samples scattering scattering parameters segmentation shown in Fig solving space spatial speedup stability step structure surface system identification Taflove technique three-dimensional time-domain method tion TLM method transmission line unstructured grids update vector vector processors voltage waveguide