Electromagnetic (EM) medical technologies are rapidly expanding worldwide for both
diagnostics and therapeutics. As these technologies are low-cost and minimally invasive …

A quantitative and explicit validation of the performance and safety of microwave systems
and devices that have electromagnetic interaction with the human body is critical in the …

Reliable temperature information during clinical hyperthermia and thermal ablation is
essential for adequate treatment control, but conventional temperature measurements do …

This paper presents a new circuit of the miniature microwave radiometer for wearable
devices, which can be used to monitor the core body temperature (CBT) of internal human …

This study characterizes the sensitivity and accuracy of a non-invasive microwave
radiometric thermometer intended for monitoring body core temperature directly in brain to …

Objective The diagnosis of bladder dysfunction for children depends on the confirmation of
abnormal bladder shape and bladder compliance. The existing gold standard needs to …

Medical microwave radiometry is a near-field passive thermometry technique that requires
highly sensitive and stable receiver to gather and process the ultra-low power thermal …

The problems of interference immunity of medical radiothermographs are discussed. The
possibility of increasing the interference immunity of radiothermographs by optimizing the …

Microwave radiometry is a passive and noninvasive technique that is able to measure deep
tissue temperature and track changes in thermal profiles in tissue up to 5 cm below the …

Background: There are numerous clinical applications for non-invasive monitoring of deep
tissue temperature. We present the design and experimental performance of a miniature …