In this article, we evaluated the performance of radiofrequency (RF) coils in terms of the
signal-to-noise ratio (S/N) and homogeneity of magnetic resonance images when used for …

In present era antenna is playing a prominent role in biomedical engineering for improving
health and quality of life. Pacemakers, deep neural implants, endoscopy, magnetic …

This paper proposes a simple and novel design for breast cancer detection, sizing and
localization. A miniature-sized antenna of volume 10 10 1.6 is designed at an optimized …

Purpose To improve imaging performance for body MRI with a local transmit array at 10.5 T,
the geometry of a dipole antenna was optimized to achieve lower peak specific absorption …

Purpose. To revisit the “loopole,” an unusual coil topology whose unbalanced current
distribution captures both loop and electric dipole properties, which can be advantageous in …

Lack of a body‐sized, bore‐mounted, radiofrequency (RF) body coil for ultrahigh field (UHF)
magnetic resonance imaging (MRI) is one of the major drawbacks of UHF, hampering the …

Improvements in transmission and reception sensitivities of radiofrequency (RF) coils used
in ultra-high field (UHF) magnetic resonance imaging (MRI) are needed to reduce specific …

Purpose Design, implementation, evaluation, and application of a 32‐channel Self‐
Grounded Bow‐Tie (SGBT) transceiver array for cardiac MR (CMR) at 7.0 T. Methods The …

The process of designing microwave devices is difficult and time-consuming because the
analytical and numerical methods used in the design process are complex. Therefore, it is …

In this letter, we evaluate antenna designs for ultra-high frequency and field (UHF) human
brain magnetic resonance imaging (MRI) at 10.5 tesla (T). Although MRI at such UHF is …