Add to ORKGA new array, tunable loop microstrip (TLM) array for MRI has been developed. The theoretical analysis of decoupling of a 2-element TLM array is based on microstrip theory. The experiments of comparison between the TLM array and a conventional loop array show that TLM array has great decoupling performance. This effectiveness is further demonstrated by 1.5T cardiac images. Thus, without overlap of array elements TLM array will be particularly useful for parallel imaging applications.published_or_final_versio
Parallel imaging techniques have developed very rapidly, and realization of their full potential has...
Ultra-high field magnetic resonance imaging (MRI) scanners ( ≥ 7T) require radio-frequency (RF) coil...
The advancement of clinical applications of 7T MRI depends heavily on the development of new RF coil...
The tunable loop microstrip (TLM) coil array with capacitive decoupling circuits can achieve more th...
The microstrip loop array (MLA), an improved version of planar strip array, is proposed which take a...
Microstrip transmission-line loop arrays have been recently proposed for parallel imaging at ultrahi...
The microstrip transmission-line (MTL) transmit/receive loop array has been recently developed for M...
Conductive shields, screen tracks and sidewalls are often used to isolate microstrip RF coils or con...
Purpose To improve the decoupling of a transceiver human head phased array at ultra-high fields (UHF...
International audienceA flexible transceiver array based on transmission line resonators (TLRs) comb...
International audienceMultichannel coil arrays are increasingly being used to improve signal-to-nois...
Abstract This thesis focuses on the transceive phased array designs for magnetic resonance imaging (...
In a multi-element microstrip transmission line (MTL) transmit array coil, the transmit field ( $B_{...
In contrast to linearly polarized RF coil arrays, quadrature transceiver coil arrays are capable of ...
A new decoupling method for magnetic resonance imaging (MRI) phased arrays is studied by experimenta...
Parallel imaging techniques have developed very rapidly, and realization of their full potential has...
Ultra-high field magnetic resonance imaging (MRI) scanners ( ≥ 7T) require radio-frequency (RF) coil...
The advancement of clinical applications of 7T MRI depends heavily on the development of new RF coil...
The tunable loop microstrip (TLM) coil array with capacitive decoupling circuits can achieve more th...
The microstrip loop array (MLA), an improved version of planar strip array, is proposed which take a...
Microstrip transmission-line loop arrays have been recently proposed for parallel imaging at ultrahi...
The microstrip transmission-line (MTL) transmit/receive loop array has been recently developed for M...
Conductive shields, screen tracks and sidewalls are often used to isolate microstrip RF coils or con...
Purpose To improve the decoupling of a transceiver human head phased array at ultra-high fields (UHF...
International audienceA flexible transceiver array based on transmission line resonators (TLRs) comb...
International audienceMultichannel coil arrays are increasingly being used to improve signal-to-nois...
Abstract This thesis focuses on the transceive phased array designs for magnetic resonance imaging (...
In a multi-element microstrip transmission line (MTL) transmit array coil, the transmit field ( $B_{...
In contrast to linearly polarized RF coil arrays, quadrature transceiver coil arrays are capable of ...
A new decoupling method for magnetic resonance imaging (MRI) phased arrays is studied by experimenta...
Parallel imaging techniques have developed very rapidly, and realization of their full potential has...
Ultra-high field magnetic resonance imaging (MRI) scanners ( ≥ 7T) require radio-frequency (RF) coil...
The advancement of clinical applications of 7T MRI depends heavily on the development of new RF coil...