Add to ORKGIn this work, we evaluated the performance of two B0 shimming approaches (i.e. a very high order spherical harmonic shim system versus a multi-coil shim setup), for dynamic shimming in the context of high resolution and multi-slice metabolite mapping of the human brain at 9.4T
Objective: As the MRI main magnetic field rises for improved Signalto-Noise Ratio, susceptibility-in...
Whole-brain metabolite mapping with volumetric coverage is a valuable tool for the evaluation of met...
Purpose/Introduction: B0 inhomogeneities are caused by susceptibility differences between air and ne...
In this work, we evaluated the performance of two B0 shimming approaches (i.e. a very high order sph...
In this work, a true experimental comparison between a very high order spherical harmonic based shim...
In this work, we address the problem of B0 inhomogeneity in the human brain at 9.4T by using dynamic...
Purpose A 16-channel multi-coil shimming setup was developed to mitigate severe B0 field perturbatio...
Purpose To describe the process of calibrating a B0 shim system using high-degree (or high order) sp...
In this work, we combined scanner's spherical harmonic shim coils with a local multi-coil shim array...
Purpose A multi‐coil shim setup is designed and optimized for human brain shimming. Here, the size a...
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...
Purpose/Introduction: Improved shimming the human brain has attracted increasing interest in the rec...
Magnetic resonance spectroscopy (MRS) and spectroscopic imaging (MRSI) allow the chemical analysis o...
Magnetic resonance imaging (MRI) is widely used for contemporary diagnostics and research. Higher st...
Objective: As the MRI main magnetic field rises for improved Signalto-Noise Ratio, susceptibility-in...
Whole-brain metabolite mapping with volumetric coverage is a valuable tool for the evaluation of met...
Purpose/Introduction: B0 inhomogeneities are caused by susceptibility differences between air and ne...
In this work, we evaluated the performance of two B0 shimming approaches (i.e. a very high order sph...
In this work, a true experimental comparison between a very high order spherical harmonic based shim...
In this work, we address the problem of B0 inhomogeneity in the human brain at 9.4T by using dynamic...
Purpose A 16-channel multi-coil shimming setup was developed to mitigate severe B0 field perturbatio...
Purpose To describe the process of calibrating a B0 shim system using high-degree (or high order) sp...
In this work, we combined scanner's spherical harmonic shim coils with a local multi-coil shim array...
Purpose A multi‐coil shim setup is designed and optimized for human brain shimming. Here, the size a...
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...
Purpose/Introduction: Improved shimming the human brain has attracted increasing interest in the rec...
Magnetic resonance spectroscopy (MRS) and spectroscopic imaging (MRSI) allow the chemical analysis o...
Magnetic resonance imaging (MRI) is widely used for contemporary diagnostics and research. Higher st...
Objective: As the MRI main magnetic field rises for improved Signalto-Noise Ratio, susceptibility-in...
Whole-brain metabolite mapping with volumetric coverage is a valuable tool for the evaluation of met...
Purpose/Introduction: B0 inhomogeneities are caused by susceptibility differences between air and ne...