Higher‐Order Approximate CN‐PML Theory for Magnetized Ferrite Simulations
Two unconditionally stable implementations of the higher‐order perfectly matched layer are
proposed for the modeling of magnetized ferrite in the finite‐difference time‐domain lattice …
proposed for the modeling of magnetized ferrite in the finite‐difference time‐domain lattice …
An Advanced Beamforming Mechanism Based on Programmable Plasma Prisms
F Sadeghikia, K Zafari, M Himdi, MT Noghani… - IEEE …, 2024 - ieeexplore.ieee.org
This paper examines the feasibility of a novel programmable beam-shaping mechanism
based on plasma prisms for advanced beamforming applications. The proposed mechanism …
based on plasma prisms for advanced beamforming applications. The proposed mechanism …
Implicit approximate Crank–Nicolson theory for anisotropic ferrite structure simulation with enhanced absorption
To simulate ferrite structures with anisotropic characteristics efficiently, an unconditionally
stable implementation is proposed by incorporating the approximate Crank–Nicolson (CN) …
stable implementation is proposed by incorporating the approximate Crank–Nicolson (CN) …
Fixed‐frequency conical beam scanning antenna array with small ripple for Satcom‐on‐the‐Move system
Q Liu, SS Qi, W Wu, DG Fang - Microwave and Optical …, 2020 - Wiley Online Library
A conical beam antenna array with fixed‐frequency scanning capability is proposed. Twelve
open waveguide radiating elements filled with microwave ferrite on a metal ground plane …
open waveguide radiating elements filled with microwave ferrite on a metal ground plane …
A Novel Compact 360 Azimuth Scanning Antenna Array for L-Band Applications
We propose the design of a 360^ ∘∘ azimuth scanning antenna array for beam steering
applications in the L-band (1.52–1.72 GHz). The antenna element designed is a slotted …
applications in the L-band (1.52–1.72 GHz). The antenna element designed is a slotted …