Several frequency and time domain methods for the high-frequency field-to-finite-line coupling problem are reviewed and thoroughly analyzed in this paper with the aim to highlight their advantages and critical aspects in terms of accuracy and computational costs. Particular attention is devoted to a new full-Maxwell approach (DIES) that exhibits good convergence properties and fast performances.
Analysis of several methods for the response evaluation of HF field excited finite lines
Delfino, Federico;Procopio, Renato;Rossi, Mansueto
2003-01-01
Abstract
Several frequency and time domain methods for the high-frequency field-to-finite-line coupling problem are reviewed and thoroughly analyzed in this paper with the aim to highlight their advantages and critical aspects in terms of accuracy and computational costs. Particular attention is devoted to a new full-Maxwell approach (DIES) that exhibits good convergence properties and fast performances.
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