Electromagnetic source characterisation requires accurate volume conductor models
representing head geometry and the electrical conductivity field. Head tissue conductivity is …

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

MR‐based electrical properties tomography converts the MRI transmit/receive RF field
measurements to tissue electrical property maps through dedicated reconstruction …

In the radiofrequency (RF) range, the electrical properties of tissues (EPs: conductivity and
permittivity) are modulated by the ionic and water content, which change for pathological …

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

Purpose To evaluate the performance of various MR electrical properties tomography (MR‐
EPT) methods at 3 T in terms of absolute quantification and spatial resolution limit for …

Electrical properties (EPs) of tissues facilitate early detection of cancerous tissues. Magnetic
resonance electrical properties tomography (MREPT) is a technique to non-invasively probe …

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

Purpose To demonstrate that map** pelvis conductivity at 3T with deep learning (DL) is
feasible. Methods 210 dielectric pelvic models were generated based on CT scans of 42 …

The estimation of electrical properties of living biological tissues is relevant to several
medical applications ranging from hyperthermia treatment planning to dosimetry and, more …