Abstract
The strip monopole model is used in the problem of a wire attached to an arbitrary conducting surface segmented with triangular patches. Some segmentation methods for the patches are described for the problem when the junction is near an edge or a vertex. Only a few triangular patches on the surface are segmented to get more equilateral triangles when the strip monopole is added on the surface. The advantages of applying these segmentation methods are illustrated with several representative examples, which show good versatility and efficiency for solving the problems of wire/surface junctions.
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