This paper presents a study of near-field radiometry for internal temperature measurements
of the human body. The radiometer has a Dicke architecture and operates in the 1.4-GHz …

Noninvasive imaging methods of internal body temperature are in high demand in both
clinical medicine and physiological research. Thermography and thermometry can be used …

The urinary bladder is a fluid-filled organ. This makes, on the one hand, the internal surface
of the bladder wall relatively easy to heat and ensures in most cases a relatively …

We present the modeling efforts on antenna design and frequency selection to monitor brain
temperature during prolonged surgery using noninvasive microwave radiometry. A tapered …

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

The development of contemporary complex technological systems prerequisites
interdisciplinary design and simulation methodologies. Such an approach is demonstrated …

In this paper, diabetic measure via non-invasive technique form the peripheral edema is
proposed. The peripheral edema arises in the diabetic person in the ankle with thick skin …

A pseudo-correlation type radiometer based on astrophysical instrumentation is proposed
for biomedical applications. The working frequency band is centred at 3.5 GHz. The …

This paper presents a 1.4-GHz microwave radiometer for noninvasive measurements of
internal (core) body temperature. The 1.4 GHz frequency of operation is chosen for deep cm …

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 …