The development of MRI systems operating at or above 7 T has provided researchers with a
new window into the human body, yielding improved imaging speed, resolution and signal …

Objective: The purpose is to provide a comprehensive review of the electrical properties
tomography (EPT) technique, which was introduced to image the electrical properties (EPs) …

Electric properties tomography (EPT) is an imaging modality to reconstruct the electric
conductivity and permittivity inside the human body based on B 1+ maps acquired by a …

Purpose To develop high‐resolution electrical properties tomography (EPT) methods and
investigate a gradient‐based EPT (gEPT) approach that aims to reconstruct the electrical …

Frequency-dependent electrical properties (EPs; conductivity and permittivity) of biological
tissues provide important diagnostic information (eg, tumor characterization), and also play …

Purpose To develop an electrical properties tomography (EPT) technique that can provide in
vivo electrical conductivity and permittivity images of biological tissue without performing …

Electrical properties tomography (EPT) is an imaging method that uses a magnetic
resonance (MR) system to non-invasively determine the spatial distribution of the …

Purpose MR electrical properties tomography (MR‐EPT) aims to measure tissue electrical
properties by computing spatial derivatives of measured data. This computation is very …

Magnetic resonance electrical properties tomography (MR‐EPT) is a non‐invasive
measurement technique that derives the electrical properties (EPs, eg, conductivity or …

RF electromagnetic wave exposure during MRI scans induces heat and occasionally causes
burn injuries to patients. Among all the types of physical injuries that have occurred during …