The demand for multiband and high-gain THz antennas is escalating due to advancements
in terahertz (THz) applications, particularly in biomedical conditions. An innovative fork …

This article presents a novel technique for wireless hydrothermally improved gas sensor
devices enhanced by molecular imprinting technique (MIT) for hematite nanomaterials with …

The primary concern addressed in this article is the inherent difficulty in creating antennas
capable of effectively operating across a range of frequency bands within the terahertz (THz) …

Terahertz antennas have garnered significant attention for use in the fields of
telecommunications and medical applications. One of the major issues with THz antennas is …

Wireless technology is one of the major area of research in communication systems.
Antenna plays major role in communication system so designing and fabrication of antenna …

Within the scope of this research, a defected ground structure (DGS) slotted microstrip
antenna is presented and constructed. This antenna has the potential to be utilized in …

This work presents a flexible multi-band antenna with high gain and sophistication that was
created by adding Giuseppe Peano and graphene parasitic components to a standard patch …

The rise of 5G wireless communication technologies has increased the demand for high-
performance antennas with wide bandwidth and high gain. A new high-frequency microstrip …

This study specifically focuses on the fabrication of a rectangular microstrip patch antenna
designed for wireless applications operating at a frequency of 3.5 GHz. The antenna being …

This research paper describes a microstrip patch antenna's (Design-I and Design-II) design,
simulation, and analysis for S-band wireless applications. FR-4 (Design-I and Design-II) is …