Performance Evaluation of Parallel Travelling Wave MRI Using Microstrip Transceiver Arrays

Keywords

accelerated acceleration acquisition amplification amplitude antenna arrangement arrays available award away axial background become benefit bigger bioengineering biomedical body bore capability challenge channel code coil coils colorant column columns combination considering containing counts cutoff cylindrical decoupling denote diameter dielectric dimethyl display distinct distribution diverse diversity electromagnetic element elements error errors essential excellent excitation experiment explored faces field fields fluid fourth frequency full gadolinium gradient graduate grants great hong ideas implemented implementing indicates investigate investigated joint length loaded loading magnet make maps material matrix merits mode modes multiplied nature next noise operating orthogonal orthogonally pang parallel part patch performance phantom placed potential propagating propagation proposed protons quality radiology receive recently reception reconstruction reduction relatively required residual sample sampled scanner sense sensitivity silicone simple slice slices space spacing spatial square squares step sufficient suggests superior table targeted totally traditional transceiver transmit traveling ultrahigh validate variation varied visible volume wave waveguide waveguides whole written