A novel time domain measurement technique is proposed to facilitate the simultaneous
measurement of electrical properties (complex relative permittivity) and geometrical …

A free-space time-domain method is proposed to retrieve dielectric constant (), conductivity
(), and thickness () of metal-backed low-loss dielectric samples using calibration …

The design and development of a hybrid Gaussian pulse radar transceiver, including
transmitter and receiver, is presented. The transmitter is realized using a transistor-based …

In this paper, a novel noninvasive electromagnetic method of characterization of the
electrical properties of dielectrics is presented. A planar microstrip transmission line method …

In this paper, practical considerations for steam assisted gravity drainage (SAGD) monitoring
using ultra-wideband (UWB) radar are studied. The SAGD process and important factors to …

This paper presents the theoretical basis and experimental validation for a technique to
remotely characterize materials using FMCW radar sensors with complex baseband …

Ultra wideband (UWB)-synthetic aperture radars are emerging devices that are ideal for
sensing and imaging applications in many special conditions such as monitoring …

In this paper, an attractive time-domain RF imaging technique is proposed for online
monitoring of moving objects over conveyor belts. The proposed technique combines the …

Hepatic steatosis is one of the most prevalent chronic liver conditions. Traditional non-
invasive imaging modalities are not suitable for observation and treatment evaluation of this …

This work describes the measurement of complex permittivity (or dielectric constant) of
powders (water insoluble), solutions, and suspensions using a parallel‐plate capacitor cell …