Currently, human magnetic resonance (MR) examinations are becoming highly specialized
with a pre-defined and often relatively small target in the body. Conventionally, clinical MR …

The properties of a ceramic‐based annular dielectric resonator designed for 7 T MRI have
been examined. Electromagnetic simulations and experimentally determined modal …

Purpose To present a practical scheme of a simultaneous radiofrequency (RF) transmit (Tx)
and receive (Rx)(STAR) system for MRI, discuss the challenges and solutions, and show …

In this work, we propose an application of a metamaterial inspired volumetric wireless coil
(WLC) based on coupled split-loop resonators for targeted breast MRI at 1.5 T. Due to strong …

In recent years, new human magnetic resonance imaging systems operating at static
magnetic fields strengths of 7 Tesla or higher have become available, providing better signal …

Magnetic resonance imaging and spectroscopy systems use coils, either singly or as arrays,
to intercept radio-frequency (RF) magnetic flux from regions of interest, often deep within the …

Signal‐to‐noise ratio (SNR) is one of the most common metrics in assessing the image
quality of magnetic resonance imaging (MRI). Among a host of technological developments …

Radiofrequency coil design for magnetic resonance becomes increasingly challenging at
high magnetic field strengths due to resonator dimensions being a significant fraction of the …

In high-field magnetic resonance imaging, the radio frequency wavelength within the human
body is comparable to anatomical dimensions, resulting in B1 inhomogeneity and …

Purpose: Breast magnetic resonance imaging is highly sensitive but not very specific for the
detection of breast cancer. Opportunities exist to supplement the image acquisition with a …