Microwaves: An Introduction to Microwave Theory and Techniques |
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amplitude attenuation constant Bessel functions boundary condition Calculate chapter characteristic impedance circular waveguide circularly polarized circularly polarized wave conducting conductor coordinate system cylindrical polar coordinates device dielectric diode direction of propagation dominant mode E₁ E₂ effect electric field electromagnetic fields electromagnetic wave electrons exp j(wt expression ferrite ferrite material field components field pattern given by eqn gives H₂ Hence klystron linearly polarized wave longitudinal loss magnetic field Maxwell's equations medium microwave microwave frequencies microwave power oscillator output parallel plate waveguide permeability permittivity perpendicular phase changer plane of polarization plane wave plane wave propagating plasma Poynting vector precession propagation constant properties radiation rectangular waveguide relationship rotation shown in Fig signal solution static magnetic field stripline surface TE-modes TM-modes transmission line transverse values vane vector velocity voltage VSWR wave impedance waveguide modes waveguide wall waveguide wavelength wavelength z-direction zero λε λο ән ду дх