Parallel transmission (pTX) techniques are required to tackle a number of challenges, eg,
the inhomogeneous distribution of the transmit field and elevated specific absorption rate …

A novel mono-surface antisymmetric 16-element transmit/receive (Tx/Rx) coil array was
designed, simulated, constructed, and tested for cardiac magnetic resonance imaging …

In this article, we discuss the model validation for active implantable medical devices
(AIMDs) used for safety evaluations under magnetic resonance imaging (MRI) radio …

The physiology and pathogenesis of biological cells have drawn enormous research
interest. Benefiting from the rapid development of microfabrication and microelectronics …

Two 16-element radio frequency (RF) transceiver antisymmetric coil arrays with two different
implementation designs aiming for improved characteristics for static phase B 1+ shimming …

The design, simulation, assembly and testing of a novel dedicated antisymmetric
transmit/receive (Tx/Rx) coil array to demonstrate the feasibility of cardiac magnetic …

Introduction MRI of excised hearts at ultra-high field strengths (B 0≥ 7 T) can provide high-
resolution, high-fidelity ground truth data for biomedical studies, imaging science, and …

To improve parallel transmit (pTx) and receive performance for cardiac MRI (cMRI) in pigs at
7 T, a dedicated transmit/receive (Tx/Rx), 16‐element antisymmetric dipole antenna array …

Phased array (PA) receive coils are built such that coil elements approximate independent
antenna behavior. One method of achieving this goal is to use an available decoupling …

Nowadays, MRI is focused on using ultra-high static magnetic fields (> 7 T) to increase the
signal-to-noise ratio. The use of high fields, on the other hand, requires novel technical …