Microwave radiometry (MWR) is instrumental in detecting thermal variations in skin tissue
before anatomical changes occur, proving particularly beneficial in the early diagnosis of …

This paper investigates a novel differential transition using bond wires for chip-to-chip and
chip-to-antenna connections for systems operating above 200 GHz. At mm-wave …

In this letter, the recent progress in optimizing the microwave calibration target is reported.
Based on the former findings on the wideband reflectivity of the target and the analysis …

This work reports numerical investigations on the scattering from microwave blackbody, for
develo** a national standard facility on the emissivity determination in China. Based on …

We present the design and characterization of the onboard calibration target (OBCT) for the
arctic weather Satellite radiometer. The arctic weather satellite (AWS) is a single-instrument …

We compared different commercially available materials that are 3D-printable for their
suitability for making microwave absorbers by means of additive manufacturing, ie, 3D …

We recently developed and characterized an absorber for millimeter wavelengths. To
absorb a millimeter wave efficiently, we had to develop a low reflection and high absorption …

Before practical usage in microwave radiometers, the calibration targets must be tested for
its emissivity/total reflectivity. In this work, we address the issue that remains in the total …

The Arctic Weather Satellite (AWS) is a prototype mission for an operational constellation of
microwave sounders, complimenting existing meteorological sounders. The AWS is a …