Purpose To improve whole‐brain SNR at 7 Tesla, a novel 32‐element hybrid human head
array coil was developed, constructed, and tested. Methods Our general design strategy is …

Purpose To provide transmit whole‐brain coverage at 9.4 T using an array with only eight
elements and improve the specific absorption rate (SAR) performance, a novel dipole array …

Important issues in designing radiofrequency (RF) coils for human head imaging at ultra‐
high field (UHF;≥ 7 T) are the inhomogeneity and longitudinal coverage (along the magnet …

Many neuroscience applications have adopted functional MRI as a tool to investigate the
healthy and diseased brain during the completion of a task. While ultra‐high‐field MRI has …

The advancement of clinical applications of ultrahigh field (UHF) MRI depends heavily on
advances in technology, including the development of new radiofrequency (RF) coil …

Purpose To extend the concept of 3D dynamic parallel imaging, we developed a prototype
of an electronically reconfigurable dipole array that provides sensitivity alteration along the …

Purpose To develop an unshielded dipole transceiver array for human head imaging at 9.4
Tesla and to improve decoupling of adjacent dipole elements, a novel array design with …

MRI at ultra‐high field (UHF,≥ 7 T) provides a natural strategy for improving the quality of X‐
nucleus magnetic resonance spectroscopy and imaging due to the intrinsic benefit of …

The quality of cervical spinal cord images can be improved by the use of tailored
radiofrequency (RF) coil solutions for ultrahigh field imaging; however, very few commercial …

Homogeneity and longitudinal coverage of transmit (Tx) human head RF coils at ultrahigh
field (UHF,≥ 7 T) can be improved by 3D RF shimming, which requires using multi‐row Tx …