Determination of propagation constants in two-dimensional waveguides by frequency-domain path-integral methods
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A study of the path-integral method to compute the eigenvalues in two-dimensional waveguides is presented. The frequency-domain fields are computed by the path-integral method in the longitudinal and transverse directions in waveguides containing a delta-function source. The frequency-domain field is then Fourier transformed to determine its eigenvalue spectrum. Spectrum peak values are compared with the analytically calculated eigenvalues. Results are given for a parallel-plate waveguide and for a dielectric slab guide. 1997 John Wiley & Sons, Inc.
MICROWAVE AND OPTICAL TECHNOLOGY LETTERS
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Nevels, R. D., & Wu, Z. G.
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