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FIELDS OF A TRAVELING WAVE SOURCE
TRAVELING WAVE ANTENNA DESIGN
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amplitude and phase analysis angle Antennas Propagation aperture Aperture Antennas applied approximation array attenuation axis Babinet's principle beam Chap coefficients corrugated surface cross section curve determined dielectric rod dielectric sheet dipole direction electric field elements Equation excitation efficiency far-field pattern far-field region fast wave feed Figure finite Fourier transform free space frequency Fresnel region gives ground plane holey hybrid modes illustrated in Fig impedance infinite integral IRE Trans leaky wave line source magnetic field Maxwell's equations McGraw-Hill modulation obtained parallel plate phase constant phase velocity planar polarization Proc propagation constant Rept shown in Fig sidelobe Slot Antennas slotted waveguide slow wave structure solution source distribution source function source of length structure in Fig surface wave tapered Tech Theory tion TM mode transform pair transmission line transverse resonance traveling wave antennas traveling wave structure usually variation vector velocity ratio c/v wavelength zero