Ultra-thin microwave absorbers have been urgently demanded for electromagnetic
applications in recent years. Herein, porous carbon with a “flower cluster” microstructure was …

This communication illustrates the ability to perform bistatic radar cross-section (RCS)
measurements at a fixed bistatic angle in a compact range. Literature regarding bistatic RCS …

This article presents the bistatic operation mode and the performance analysis of KAPRI, a
terrestrial frequency-modulated continuous-wave (FMCW) Ku-band polarimetric radar …

The backscattering of perfectly conducting great-icosahedral-like reflectors is studied in the
high-frequency domain. This particular faceted polyhedron, composed of 60 trihedral corner …

Polarimetric multiple input and multiple output (MIMO) radar is capable of acquiring target's
high-resolution images and polarization scattering matrix (PSM). In this article, calibration of …

The purpose of this work is to determine the measurement errors of the absolute value of
coefficient of specular reflection for the samples of magnetodielectric different geometric …

We introduce the design of dihedral reflectors that are used to calibrate an instrumented,
dual-linearly polarized, wide-bistatic compact radar range operating at 160 GHz. The …

In this paper, a new method of remote calibration in time domain measurement of outfield
RCS is proposed. Based on the basic principle of RCS time domain measurement and the …

In this submission the bistatic operation mode of KAPRI, a polarimetric-interferometric,
ground-based, real-aperture, Ku-band, FMCW radar is presented. Its possible configurations …

Although typically the far-field radar cross section (RCS) of targets is of interest, researchers
often find it convenient to perform RCS measurements in near-field. To obtain far-field RCS …