Discusses mathematical solutions of rectangular waveguide modes in homogeneous medium, Estimating inhomogeneous dielectric in a rectangular waveguide by classical method, Mathematical solution of resonant modes in cylindrical waveguides, MHD antenna analysis by cavity resonator method, Introduction to magneto hydrodynamics system, Mathematical solution of smart MHD antenna excited at the centre, Two dimensional solution of cylindrical MHD antenna, Design of reconfigurable MHD antenna, Analysis of stacked cylindrical MHD antenna, Discrete solutions of fluid frame MHD antenna with anechoic chamber measurements, Analysis of nonlinear permittivity using Kronecker Tensor, Superstrate based high gain antenna and Design of concentric cylindrical resonator antenna.
The book includes Annexures with basic design formulations and Case studies based on implemented MHD antennas.
Discusses mathematical solutions of rectangular waveguide modes in homogeneous medium, estimating inhomogeneous dielectric in a rectangular waveguide by classical method, mathematical solution of resonant modes in cylindrical waveguides, MHD antenna analysis by cavity resonator method, and more.
Discusses mathematical solutions of rectangular waveguide modes in homogeneous medium, Estimating inhomogeneous dielectric in a rectangular waveguide by classical method, Mathematical solution of resonant modes in cylindrical waveguides, MHD antenna analysis by cavity resonator method, Introduction to magneto hydrodynamics system, Mathematical solution of smart MHD antenna excited at the centre, Two dimensional solution of cylindrical MHD antenna, Design of reconfigurable MHD antenna, Analysis of stacked cylindrical MHD antenna, Discrete solutions of fluid frame MHD antenna with anechoic chamber measurements, Analysis of nonlinear permittivity using Kronecker Tensor, Superstrate based high gain antenna and Design of concentric cylindrical resonator antenna.
The book includes Annexures with basic design formulations and Case studies based on implemented MHD antennas.
