The feasibility of microwave breast cancer detection with a time-reversal (TR) algorithm is
examined. This algorithm is based on the finite-difference time-domain method, and …

Ultrawide-band pulse radars have immeasurable potential for a high-range-resolution
imaging in the near field and can be used for noncontact measurement of industrial products …

Ground penetrating radar (GPR)-based discrimination of landmines from clutter is known to
be challenging due to the wide variability of possible clutter (eg, rocks, roots, and general …

Time reversal (TR) relies on the reciprocity nature of the wave equation. Waves diverging
away from a source can be time reversed and back-propagated to focus back at the source …

Ground-penetrating radar (GPR) is widely used in the field of civil engineering; it can locate
anomalies and record detailed information on the possible presence of damage within a …

Microwave NDE techniques rely on the ability to propagate through Fiber Reinforced
Polymer (FRP) composites and provide information about the structural integrity of …

In this article, we propose and implement a novel technique to locate electromagnetic
interference (EMI) sources using the concept of time-reversal (TR) cavity. We show in an …

Buried craters within tens of meters of lunar regolith are rarely studied but are significant for
understanding the evolution of surface processes on the Moon. Here, we first report the …

In this paper, we consider the application of texture features for antitank landmine detection
in ground-penetrating-radar data in the difficult scenario of very high clutter environments. In …

As one of the main payloads mounted on the Yutu-2 rover of Chang'E-4 probe, lunar
penetrating radar (LPR) aims to map the subsurface structure in the Von Kármán crater. The …