With the increasing availability of ultra-high field MRI systems, studying non-proton nuclei (X-
nuclei), such as 23 Na and 31 P has received great interest. X-nuclei are able to provide …

23Na RF coil design for brain and MSK applications presents a number of challenges,
including poor coil loading for arrays of small coils and SNR penalties associated with …

BACKGROUND AND PURPOSE: There is significant interest in the development of novel
noninvasive techniques for the diagnosis of Alzheimer disease (AD) and tracking its …

Purpose Multinuclear magnetic resonance spectroscopy and imaging require a
radiofrequency probe capable of transmitting and receiving at the proton and non‐proton …

Objective: Information on the metabolism of tissues in healthy and diseased states plays a
significant role in the detection and understanding of tumors, neurodegenerative diseases …

Inductive (or wireless) power transfer is proving to be an effective way to deliver power over
short distances in a wide range of applications. Frequently, there is a need to deliver power …

In this paper, we propose, design and test a new dual-nuclei RF-coil inspired by wire
metamaterial structures. The coil operates as a result of resonant excitation of hybridized …

RF coil operation at the ultrahigh field of 7 T is fraught with technical challenges that limit the
advancement of novel human in vivo applications at 7 T. In this work, a hybrid technique …

Low‐γ X‐nuclear MRS and imaging have played a key role in studying metabolism and
physiopathology, especially at ultrahigh fields. We design and demonstrate a novel and …

Proton and heteronuclear MRI/MRS using dual-tuned (DT) coils could provide both
anatomical and metabolic images without repositioning the subject. However, it is …