Studies of the Mesosphere, Stratosphere and Troposphere by radar have shown great
growth in the last 10–15 years. The growth has occurred in both diversity and depth in all …

With the application of radar to observations of the atmosphere, various weather
phenomena and winds in the clear atmosphere can be monitored and mapped in real time …

With certain limitations, atmospheric radars generally called MST (mesosphere,
stratosphere, and troposphere) radars or ST (stratosphere and troposphere) radars are …

The Middle and Upper atmosphere Radar (MUR) was upgraded in March 2004 for radar
imaging capability with 5 frequencies across a 1 MHz bandwidth and 25 digital receivers …

A detailed analysis of the structure of a double dryline observed over the Oklahoma
panhandle during the first International H 2 O Project (IHOP_2002) convective initiation (CI) …

A novel resolution enhancement technique using range oversampling (RETRO) is
presented. Oversampled signals are radar returns from shifted and overlapped resolution …

In the present paper, a new application of the range imaging technique called Frequency
Interferometry Imaging (FII) or Range Imaging (RIM), performed in April 2005, is shown …

There is a long history of using VHF radar systems to detect ionospheric irregularities based
on the theory of coherent scattering. According to previous work, there is a high occurrence …

Range imaging (RIM) was developed in 1999 to improve range resolution by transmitting
multiple frequencies. Since then, the capability of RIM for resolving fine atmospheric layer …

Many experimental studies have demonstrated that VHF Stratosphere-Troposphere (ST)
radar echo power is proportional to the generalized refractive index gradient squared M 2 …