Investigation of Slow-Wave Structures Using Synergy of Various Methods
The principles and potentialities of electrodynamical, multiconductor line, and numerical methods for investigation of wide-band slow-wave systems were revealed in previous chapters. Using the multiconductor line method, we can relatively easily discover essential properties of the systems. On the other hand, in the application of this method, infinitively long models are used and end effects as well as transitions to the systems are not taken into account. Software packages based on numerical methods allow modeling structures that are close to real systems and finding their final characteristics. Unfortunately, in the simulation of complex structures, sometimes it is ...
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