We have recently introduced the concept of asymmetric clinical MRI systems. The potential advantages of these systems include a reduced perception of claustrophobia by patients and better physician access to the patient. For asymmetric magnet systems to be useful as a clinical system, asymmetric shims and RF coils must be implemented, and in this work we describe new design methodologies for both
The desire to utilise soft-tissue image guidance at the time of radiation treatment has led to the d...
<p>Magnetic Resonance Imaging (MRI) image quality is strongly dependent on the homogeneity of the ma...
A conformal RF coil array design for use in a MRI system is proposed. In particular, the coil array ...
This paper describes a hybrid numerical method for the design of asymmetric magnetic resonance imagi...
Imaging of the head and neck is the most commonly performed clinical magnetic resonance imaging (MRI...
A conventional cylindrical whole-body MRI scanner has a long bore that may cause claustrophobia for ...
A novel approach of asymmetrical gradient coil design for head imaging in MRI (magnetic resonance im...
Novel current density mapping (CDM) schemes are developed for the design of new actively shielded, c...
For head magnetic resonance imaging, local gradient coils are often used to achieve high solution im...
A new method for imaging magnetization transfer (MT) asym-metry with no separate saturation pulse is...
Radiofrequency (RF) coils are an essential MRI hardware component. They directly impact the spatial ...
Goal: This research introduces an original method for the design of MRI gradient coils that reduces ...
Goal: This research introduces an original method for the design of MRI gradient coils that reduces ...
This paper describes a hybrid numerical method of an inverse approach to the design of compact magne...
A simple design process for the design of elliptical cross-section, transverse gradient coils for us...
The desire to utilise soft-tissue image guidance at the time of radiation treatment has led to the d...
<p>Magnetic Resonance Imaging (MRI) image quality is strongly dependent on the homogeneity of the ma...
A conformal RF coil array design for use in a MRI system is proposed. In particular, the coil array ...
This paper describes a hybrid numerical method for the design of asymmetric magnetic resonance imagi...
Imaging of the head and neck is the most commonly performed clinical magnetic resonance imaging (MRI...
A conventional cylindrical whole-body MRI scanner has a long bore that may cause claustrophobia for ...
A novel approach of asymmetrical gradient coil design for head imaging in MRI (magnetic resonance im...
Novel current density mapping (CDM) schemes are developed for the design of new actively shielded, c...
For head magnetic resonance imaging, local gradient coils are often used to achieve high solution im...
A new method for imaging magnetization transfer (MT) asym-metry with no separate saturation pulse is...
Radiofrequency (RF) coils are an essential MRI hardware component. They directly impact the spatial ...
Goal: This research introduces an original method for the design of MRI gradient coils that reduces ...
Goal: This research introduces an original method for the design of MRI gradient coils that reduces ...
This paper describes a hybrid numerical method of an inverse approach to the design of compact magne...
A simple design process for the design of elliptical cross-section, transverse gradient coils for us...
The desire to utilise soft-tissue image guidance at the time of radiation treatment has led to the d...
<p>Magnetic Resonance Imaging (MRI) image quality is strongly dependent on the homogeneity of the ma...
A conformal RF coil array design for use in a MRI system is proposed. In particular, the coil array ...