Add to ORKGIn this work, a true experimental comparison between a very high order spherical harmonic based shim setup and a multi-coil shim array is presented. Each technique has its own cons and pros which are studied through several often-used sequences. All evaluations are performed by shimming of the human brain at 9.4T
International audienceObjective: As the MRI main magnetic field rises for improved Signalto-Noise Ra...
Multiple local shim coils can be used to improve the B0 homogeneity at ultra-high field. In this wor...
Multi-coil shim setup is a popular choice for B0 shimming. In contrast to conventional regular arran...
In this work, a true experimental comparison between a very high order spherical harmonic based shim...
In this work, we evaluated the performance of two B0 shimming approaches (i.e. a very high order sph...
In this work, we combined scanner's spherical harmonic shim coils with a local multi-coil shim array...
Purpose A 16-channel multi-coil shimming setup was developed to mitigate severe B0 field perturbatio...
Purpose/Introduction: Improved shimming the human brain has attracted increasing interest in the rec...
Purpose To describe the process of calibrating a B0 shim system using high-degree (or high order) sp...
Purpose A multi‐coil shim setup is designed and optimized for human brain shimming. Here, the size a...
Abstract Object Improve shimming capabilities of ultra-h...
Purpose The purpose of this study is to introduce a novel design method of a shim coil array specifi...
Purpose/Introduction: B0 inhomogeneities are caused by susceptibility differences between air and ne...
Multi-coil shimming is an effective approach to reduce B0 field inhomogeneity. In this work, we opti...
A highly homogeneous B0 field is essential if we are to exploit the advantages of higher field stren...
International audienceObjective: As the MRI main magnetic field rises for improved Signalto-Noise Ra...
Multiple local shim coils can be used to improve the B0 homogeneity at ultra-high field. In this wor...
Multi-coil shim setup is a popular choice for B0 shimming. In contrast to conventional regular arran...
In this work, a true experimental comparison between a very high order spherical harmonic based shim...
In this work, we evaluated the performance of two B0 shimming approaches (i.e. a very high order sph...
In this work, we combined scanner's spherical harmonic shim coils with a local multi-coil shim array...
Purpose A 16-channel multi-coil shimming setup was developed to mitigate severe B0 field perturbatio...
Purpose/Introduction: Improved shimming the human brain has attracted increasing interest in the rec...
Purpose To describe the process of calibrating a B0 shim system using high-degree (or high order) sp...
Purpose A multi‐coil shim setup is designed and optimized for human brain shimming. Here, the size a...
Abstract Object Improve shimming capabilities of ultra-h...
Purpose The purpose of this study is to introduce a novel design method of a shim coil array specifi...
Purpose/Introduction: B0 inhomogeneities are caused by susceptibility differences between air and ne...
Multi-coil shimming is an effective approach to reduce B0 field inhomogeneity. In this work, we opti...
A highly homogeneous B0 field is essential if we are to exploit the advantages of higher field stren...
International audienceObjective: As the MRI main magnetic field rises for improved Signalto-Noise Ra...
Multiple local shim coils can be used to improve the B0 homogeneity at ultra-high field. In this wor...
Multi-coil shim setup is a popular choice for B0 shimming. In contrast to conventional regular arran...