The design of an RF antenna for magnetic resonance imaging is reported. The point-matching formulation of the moment method was used to compute the electromagnetic field of the antenna and the current distribution on the antenna. To verify the computation accuracy of the moment method, computed and experimental results are compared. The effect of loading the RF antenna with capacitors to improve the uniformity of the current distribution has also been studied </p
Radio frequency (RF) coils are employed in Magnetic Resonance Imaging (MRI) to excite and detect the...
The Interaction of electromagnetic waves with dielectric bodies and metals has been extensively stud...
This paper investigates the use of High Impedance Surfaces (HIS) to enhance the magnetic near-field ...
The design of an RF antenna for magnetic resonance imaging is reported. The point-matching formulati...
In the design of the radio frequency (RF) antenna for MRI, its size and structure are determined so ...
Abstract - A Method of Moments (MoM) technique is employed, to design RF coils for Magnetic ...
Abstract – A Method of Moments (MoM) technique is employed to design Radio Frequency (RF) coils for ...
A method of moments (MoM) technique is employed to design RF coils for magnetic resonance imaging (M...
Magnetic resonance applications in diagnostic medical imaging often utilize radiofrequency (RF) coil...
Magnetic resonance applications in diagnostic medical imaging often utilize radiofrequency (RF) coil...
A numerical method which can take account of lossy dielectrics near the antenna has to be developed ...
A numerical method which can take account of lossy dielectrics near the antenna has to be developed ...
A numerical method which can take account of lossy dielectrics near the antenna has to be developed ...
The Interaction of electromagnetic waves with dielectric bodies and metals has been extensively stud...
The electromagnetic analysis involved in magnetic resonance imaging scanners is becoming more challe...
Radio frequency (RF) coils are employed in Magnetic Resonance Imaging (MRI) to excite and detect the...
The Interaction of electromagnetic waves with dielectric bodies and metals has been extensively stud...
This paper investigates the use of High Impedance Surfaces (HIS) to enhance the magnetic near-field ...
The design of an RF antenna for magnetic resonance imaging is reported. The point-matching formulati...
In the design of the radio frequency (RF) antenna for MRI, its size and structure are determined so ...
Abstract - A Method of Moments (MoM) technique is employed, to design RF coils for Magnetic ...
Abstract – A Method of Moments (MoM) technique is employed to design Radio Frequency (RF) coils for ...
A method of moments (MoM) technique is employed to design RF coils for magnetic resonance imaging (M...
Magnetic resonance applications in diagnostic medical imaging often utilize radiofrequency (RF) coil...
Magnetic resonance applications in diagnostic medical imaging often utilize radiofrequency (RF) coil...
A numerical method which can take account of lossy dielectrics near the antenna has to be developed ...
A numerical method which can take account of lossy dielectrics near the antenna has to be developed ...
A numerical method which can take account of lossy dielectrics near the antenna has to be developed ...
The Interaction of electromagnetic waves with dielectric bodies and metals has been extensively stud...
The electromagnetic analysis involved in magnetic resonance imaging scanners is becoming more challe...
Radio frequency (RF) coils are employed in Magnetic Resonance Imaging (MRI) to excite and detect the...
The Interaction of electromagnetic waves with dielectric bodies and metals has been extensively stud...
This paper investigates the use of High Impedance Surfaces (HIS) to enhance the magnetic near-field ...