Frequency- and time-domain Green's functions for a phased semi-infinite periodic line array of dipoles.

We extend a previous prototype study of Felsen and Capolino (see ibid. vol.48, p.921-931, June 2000) of frequency-domain (FD) and time-domain (TD) Green's functions for an infinite periodic phased line array of dipoles to account for the effects of truncation, as modeled by a semi-infinite arra...

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Bibliographic Details
Published in:	IEEE Transactions on antennas and propagation 50, 1 (2002).
Main Author:	Capolino, F.
Format:	Article
Language:	English
Subjects:	FW-modulated geometrical theory of diffraction. Floquet waves diffracted field. Fourier transform pair. Asymptotic algorithm. Band-limited excitation. Dipoles array. Exact closed-form solutions. Finite Poisson summation. Finite phased TD dipole array. Frequency-domain Floquet waves. Frequency-domain Green' s functions. Infinite periodic phased line array. Periodicity-matched conical truncated FW fields. Phased semi-infinite periodic line array. Rectangular TD plane phased arrays. Time-domain Floquet waves. Time-domain Green' s functions. Tip-diffracted periodicity-matched spherical waves. Truncated wavefields. Truncation effects. Uniform transition functions.