For decades, high-frequency (HF) radar has played an important role in sensing the Earth's
environment. Advances in radar technology are providing opportunities to significantly …

A technique for determining key ionospheric parameters from high‐frequency (HF) over‐the‐
horizon radar ground scatter data is investigated using two Southern Hemisphere …

The ionospheric laboratory of Wuhan University, Wuhan, China, has developed a new
ionospheric sounding system for about seven years. The first system is used for ionospheric …

The ionospheric laboratory of Wuhan University has developed an ionosonde over about
seven years. The prototype is designed as a portable, low-power digital MF (medium …

Wuhan ionospheric oblique backscattering sounding system (WIOBSS) is a low‐power high‐
frequency monostatic radar used for ionospheric sensing and aircraft detection. In this study …

The Wuhan Ionospheric Oblique Backscattering Sounding System (WIOBSS) is a monostatic
high-frequency sky-wave radar used for ionospheric remote sensing. The sweep frequency …

In this letter, a new high-frequency (HF) skywave multistatic radar that is used for
ionospheric sensing and aircraft detection is presented. With multiple receiving sites, this …

An all-digital agile dual auroral radar network (AgileDARN) was developed by the National
Space Science Center, Chinese Academic of Sciences (NSSC, CAS). AgileDARN can …

Akasofu's solar wind ε parameter describes the coupling of solar wind energy to the
magnetosphere and ionosphere. Analysis of fluctuations in ε using model independent …

The Wuhan Ionospheric Oblique Backscattering Sounding System with the addition of an
antenna array (WIOBSS-AA) is the newest member of the WIOBSS family. It is a multi …