Imaging Electrical Properties of Human Head with Tumor Using Multi-Channel Transceiver Coil at UHF: A Simulation Study

Keywords

absolute according accurate acknowledgment anatomically approximately aroused assigned asymmetric asymmetry becomes biased bigger biomedical bottom brain breaks calculation cancerous carried challenging channel chosen coefficient coefficients coil combining complex component components computer conducted conductivity correlation critical degrade densities density derive derived determination diagnostic distribution dual electric electrical element elliptical engineering error errors excitation excited experimental feasibility field frequencies future gauss geometry gradient grateful great head heads human ignoring illustrates independent independently influence institute introduced investigate investigation just least literature magnitude mapping maps model models modify necessary outperforms pathological patient performance phys pixel practical previous previously principle properties property proposed protocol proton providing radiology real realistic reciprocity reconstructed reconstruction reconstructions reported resolution respectively rigorous samples significance simulated simulating simulation sixteen slice software solutions solving strength structure studies suggest supercomputing surrounding symmetric table target tissue tissues trans transceiver tumor ultrahigh unilaterally validate wisely