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The Lorentz gauge formulation is shown to be easily extendable to handle transient and multiply connected problems in a robust manner. It is demonstrated that the extensions to handle multiply connected problems also provide a mechanism for tackling configurations that are not immediately amenable to the standard deployment of A and phi throughout the solution domain; i.e. A is used in conductors and phi in nonconductors. This work on the classical Lorentz formulation has resulted in a commercial code, ELEKTRA.>
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Bryant et al. (1990) studied this question.
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