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Author(s):
Krumpholz, Michael; Russer, Peter; LoVetri, Joe; Simons, Neil R.S. 
Title:
Comments on "€œA Class of Symmetrical Condensed Node TLM Methods Derived Directly from Maxwell's Equations"€ [and Reply] 
Abstract:
In the original paper, LoVetri and Simons [see ibid, vol.41, p. 1419-28,1993] derive the three-dimensional symmetrical condensed node TLM algorithm using a characteristic based field decomposition of Maxwell's equations. The goal and eventual result of the investigation was to present a mathematically sound method for deriving the TLM scattering and transfer events directly from Maxwell's equations (without recourse to the approximation of space by a mesh of transmission lines). The statement ma...    »
 
Keywords:
characteristic based field decomposition, electromagnetic fields, electromagnetic wave scattering, Maxwell equations, Maxwell's equations, symmetrical condensed node TLM methods, three-dimensional symmetrical condensed node, TLM scattering, transfer events, transmission line theory 
Journal title:
Microwave Theory and Techniques, IEEE Transactions on 
Year:
1994 
Journal volume:
42 
Month:
aug 
Journal issue:
Pages contribution:
1586--1587