Abstract
The original MEI method is developed and different strategies for measuring out the MEI operator are proposed. Any differential equations can be approximated by finite-difference formulations, i.e., MEI equations, with unknown coefficients to be determined. In the original MEI method, these coefficients can be determined by assuming a series of sources. In this paper, it is pointed out that they can also be determined by a series of assumed boundary conditions. A novel MEI formulation, which couples the surface current density with scattered field, is first deduced, and then applied to thin wire antennas. The MEI coefficients are determined by the source-conditions-measuring strategy (SCMS), and also by the boundary-conditions-measuring strategy (BCMS).
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