Cylindrical inhomogeneous dielectric magneto-hydro-dynamic antenna

The paper investigated stacked cylindrical DRAs, placed on concentric annular rings of dissimilar diameters. The hybrid structure filled with mixture of Silicon oil and Barium Strontium Titanate has been operating under controlled E-electric fields and H-magnetic fields to produce Lorentz Force on the conducting fluid. Lorentz force thus produced velocity into the fluid, which is making direct contact with feed probe. The fluid velocity v becomes function of Poynting vector. When applied electric bias to fluid resonator was varied from 5V to 30V i.e. Antenna Gain also varied from 1.5 dB to 11.09 dB. 2500 Tesla Magnetic bias produced from permanent magnets altered impedance bandwidth and operating frequency. The controlled frequency shift made this antenna frequency agile. This can be wisely used for getting antenna re-configurability. Reconfiguration application of this antenna can be best suited for software defined radios and Military.