Abstract
An exact solution for the field from a cw point source in an ideal wedge exists in the form of normal modes where the mode coefficients contain the entire range and cross-range dependence. This model is proposed as a benchmark 3-D solution. For the case when the wedge angle is a submultiple of π the solution has been implemented on a VAX 11/750, and results are available for the following: (a) the complete complex field throughout the wedge including the vicinity of the source; (b) individual mode coefficients (amplitude and phase); (c) transmission loss as a function of position; and (d) the spatial coherence of the field. The model is suitable for a general sensitivity analysis.
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