Titlebook: Ultra-Wideband, Short-Pulse Electromagnetics 7; Frank Sabath,Eric L. Mokole,Daniel Nitsch Book 20071st edition Springer-Verlag New York 20

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Dendritic-Cells

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NAUT

EM Topology: From Theory to Applications of EM-Coupling problems. Particularly, a difference is made between a low frequency analysis for which an adaptation of the method is required and a high frequency analysis for which direct application of the method seems achievable.

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Admire

Newest Developments in Transmission-Line Theory and Applicationsstigated earlier for lines with high symmetries (straight wire.,. and circle wire.). These parameters are contained in the coupling equations for each mode. They are complex-valued, frequency and gauge dependent, and they depend on the modal number. With the concept of generalized transmission-line

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Transient Responses of Short-Pulse Signals in Scattering Problemsshort-pulse measurements is introduced. The attenuation of the signal made by the nonlinear property of the transmitting and receiving antennas is shown by a scattering problem. The problem is separated to three subsystems. Time domain results for two of the subsystems are analyzed.

DIKE

Transient Phase-Space Inhomogeneous Green’s Functions for Modeling High Contrast Scatteringt objects, are directly linked to the time-dependent induced sources in the object domain. While conventional Green’s functions (in the configuration space) are global wave objects, the phase-space Green’s functions are local beam-type wave objects which are evaluated here in the short-pulse windowi