Application of Magneto-Inductive Metamaterial Lenses in Parallel Imaging

Keywords

ability acceleration achieved active actively addition adjacent advice although application applications array arrays basically better body bottom built capabilities capacitor carried central channel characteristics circuit clearly clinical coil coils combined coming conclude conductor configuration configurations consists contains correlation correlations coupled decoupled decoupling depth described designed device diode discussed distance dominant electromagnetism electronics element elements evaluation field finally focusing frequency gradient hospital identical improve improvement inductive inductively initially investigate investigated investigates isolation jersey junta larger length lens lenses lobe lobes loop loss magneto maps marques matched matrices matrix microwave must near noise operate optics pair parallel penetration performance phantom phys placed potential presence produced project projects properties quantitative radius receive recently reconstructions resonators ring rings scanner schematics separated series setup setups shared side sited slice source strip structure supported surface symphony system thank towards transfer transferred transmission trap traps tuned tuning unlike volume want whole width years