[PDF][PDF] A simple design and fabrication of polarization reconfigurable antenna for industrial scientific and medical-band applications
This paper proposes a simple microstrip patch antenna (MPA) that can reconfigure its
polarization states from linear to circular polarization in real-time by means of a PIN diode …
polarization states from linear to circular polarization in real-time by means of a PIN diode …
Simple Integration of Cavity‐Backed Antenna with Patch Antenna for Developing Hybrid Antenna Using SIW Technology
This paper proposes a novel scheme for developing a linearly polarized (LP) hybrid antenna
using a simple integration of a planner cavity‐backed antenna with a conventional …
using a simple integration of a planner cavity‐backed antenna with a conventional …
Design and Performance Evaluation of MIMO Antenna for UWB Applications Using Four Spanner Shaped Patches
In this paper, a new geometry of Multiple Input and Multiple Output (MIMO) antenna for Ultra
Wide Band (UWB) applications has been presented on 44*44*1.6 mm 3 Rogers RO3003 …
Wide Band (UWB) applications has been presented on 44*44*1.6 mm 3 Rogers RO3003 …
Evaluation of structural failure resistance of glass fiber reinforced concrete beams
YG Chikol, TA Assegie, SH Mohmmad… - Bulletin of Electrical …, 2024 - beei.org
Glass fiber reinforced concrete (GFRC) is a composite material that is widely used in
construction due to its high strength and durability. GFRC is made by adding glass fibers to …
construction due to its high strength and durability. GFRC is made by adding glass fibers to …
[PDF][PDF] Design of higher gain linearly polarized 2× 2 microstrip patch array antenna for wireless communication
PG Gani, SP Hegde - … of Electrical and Computer Engineering (IJECE …, 2024 - academia.edu
The fifth-generation technology is popular and best as far as data rates are concerned for
wireless applications. To meet the increased demand of the modern world for faithful …
wireless applications. To meet the increased demand of the modern world for faithful …