… Fast imaging modalities, such as echo-planar imaging (EPI) (3), demand increased
performance from the gradient coils. The current in the gradient coils must be switched rapidly and …

The author presents a new method for the design of gradient coil systems for magnetic
resonance imaging (MRI) with minimum energy. The new method eliminates previous restrictions …

… This concept is applied to the design of gradient coils of arbitrary … This method can be used
for gradient coils wound on … We apply this concept to the design of gradient coils for MRI. …

… is the use of local gradient coils. Because smaller local gradient coils generally store and …
The design of smaller gradient coils is frequently hampered by the asymmetric geometry of …

… In modern MRI, gradient coils able to generate high gradient … of gradient coils that generate
magnetic fields, which vary linearly with position over the imaging volume. Gradient coils for …

Insertable planar gradient coils offer the potential for significant performance increases in
magnetic resonance imaging through higher gradient strength and shorter rise times. Using …

Objective In this paper, we present a new performance measure of a matrix coil (also known
as multi-coil) from the perspective of efficient, local, non-linear encoding without explicitly …

… ; daughter boards on the gradient amplifiers swapped to custom boards with RC values
adjusted to provide stable feedback under a low inductance load; whole body gradient coils …

… Accurate numerical modeling of gradient coils is essential for producing realistic predictions
of SPLs. We numerically study and analyze gradient coils using a comprehensive numerical …

… The methods presented in this paper can be used to generate gradient coils of arbitrarily
high homogeneity at maximum efficiency. It is difficult to compare the efficiency achieved in …