Radiophysical and Geomagnetic Effects of Rocket Burn and Launch in the Near-the-Earth
Environment Page 1 Radiophysical and Geom agnetic Effects of Rocket Burn and Launch in …

A Complete Reference for the 21st Century Until recently, much of the communications
technology in the former Eastern bloc countries was largely unknown. Due to the historically …

We present a multi‐instrumental study of ionospheric irregularities of different scales (from
tens of centimeters to few kilometers) observed over the Central and East Siberia, Russia …

Existing renormalized theories of E region Farley‐Buneman turbulence are reviewed, and
their strengths and weaknesses briefly highlighted. A general framework for a fully self …

Using a standard 8‐moment expansion of the fluid equations, we have extended fluid
calculations of the effect of electron temperature feedback on the linear Farley‐Buneman …

In 1968 a joint study of radar‐auroral backscatter was carried out by Bell Laboratories,
Western Electric, and Lincoln Laboratory using the 448‐MHz radar of the Prince Albert …

The EISCAT UHF radar system was used to study the characteristics of E-region coherent
backscatter at very large magnetic aspect angles (5–11°). Data taken using 60 μs pulses …

In this paper, the coherent nonlinear interaction of three and four electrostatic Farley-
Buneman waves is considered analytically and numerically. The evolution of the nonlinear …

E-region irregularity velocity measurements at large flow angles with the STARE Finland
coherent VHF radar are considered in context of the ion and electron velocity data provided …

Linear and quasi‐linear theories of Farley‐Buneman waves predict that coherent scatter can
only be observed at aspect angles of about 1° or less. Coherent echoes at large aspect …