Optimization of Dual-Pathway Unbalanced Steady-State Sequences for Robust Temperature Imaging

Keywords

abdominal ability ablation academy accurately acknowledged addition additional advantages agreement allows almost alternative applications around arrow audience better beyond blue careful china choice circles claimed color combination computed contour contrast correlation created critical damage define details detection determine displays dual early enabling engineers ensures example extra fairly fast focused function general give gives gradient greater green hospital human improved in vivo included inclusion indicated insensitive instead intensity interval involved irreversible kidney kidneys late lengths like limits liver mapping maximal maximize maximizes measured medical metric monitoring motion noise optimal optimization optimize organ organs partial pathway percentage physicists possibilities predict predicted preferable produced program proposed proves providing radiology real reported represent requiring respectively robust sampling scale scanner school sciences select selected sensitivity served several shot simple simulate simulating simulation simulations slice spin stage steady strategy suggest superior support target temperature terms text therapies thermal thermometry tissue train ultrasound unbalanced validate validation variety versus whereas women