Orbital Angular Momentum (OAM) Generation by Cylinder Dielectric Resonator Antenna for Future Wireless Communications

Orbital Angular Momentum (OAM) Generation by Cylinder Dielectric Resonator Antenna for Future Wireless Communications

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In this paper, we demonstrate that the solid cylinder dielectric resonator antenna (CDRA) is a high radiation Statistical Analysis and Forecasting of Gender Asymmetry Indexes in the Labor Market of the Orenburg Region efficient device to generate orbital angular momentum (OAM) waves with different OAM modes at different frequencies.Theoretical formulations of its radiation fields are deduced in the cylindrical coordinate system, which shows that all components of the electric and magnetic fields have the azimuth dependence of ejmφ.A full-wave simulation on a practical size CDRA is then implemented to validate the theoretical derivations.The simulation results show that different separated OAM modes can be obtained at different frequencies.Specifically, the higher order OAM modes are generated at higher electron magnetic modes, which makes CDRA a promising method to overcome the narrow band and multiband issues existing in the design of current OAM devices.

Furthermore, a Geological and hydrometeorological hazards affecting livestock production in Ethiopia: a systematic review of impacts, mitigation, and adaptation strategies maximum radiation efficiency of 97.1% at 13.3 GHz, and a minimum radiation efficiency of 72.4% at 19.45 GHz are obtained in our simulation, which is a high radiation efficiency feature at the OAM resonant frequencies.