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 …

Purpose CEST MRI is influenced by fat signal, which can reduce the apparent CEST
contrast or lead to pseudo‐CEST effects. Our goal was to develop a fat artifact correction …

We propose a new method for the joint design of k-space trajectory and RF pulse in 3D
small-tip tailored excitation. Designing time-varying RF and gradient waveforms for a …

Purpose To evaluate the benefits and challenges of dynamic parallel transmit (pTx) pulses
for fat saturation (FS) and water‐excitation (WE), in the context of CEST MRI. Methods …

There is an increasing need for development of advanced radio-frequency (RF) pulse
techniques in modern magnetic resonance imaging (MRI) systems driven by recent …

Objective To compensate subject-specific field inhomogeneities and enhance fat pre-
saturation with a fast online individual spectral-spatial (SPSP) single-channel pulse design …

Purpose To develop a 3D composite adiabatic spectral‐spatial pulse for refocusing in spin‐
echo spectroscopy acquisitions and to compare its performance against standard …

Purpose This work combines an n‐dimensional fat sat (uration) radiofrequency (RF) pulse
with steady‐state incoherent (SSI) pulse sequences, eg, spoiled gradient‐echo sequence, to …

In a method, computer and magnetic resonance imaging system for determining a control
sequence for operating the magnetic resonance imaging system to generate magnetic …

Small-tip fast recovery (STFR) is a recently proposed rapid steady-state magnetic resonance
imaging (MRI) sequence that has the potential to be an alternative to the popular balanced …