Dusty (or complex) plasmas in the Earth's middle and upper atmosphere ultimately result in
exotic phenomena that are currently forefront research issues in the space science …

On-orbit firings of both liquid and solid rocket motors provide localized disturbances to the
plasma in the upper atmosphere. Large amounts of energy are deposited to ionosphere in …

Vaporized samarium (Sm) has been released in the ionosphere for artificially creating
plasma clouds, which may be tailored as radio wave reflectors for over-the-horizon …

Dusty plasma is generally defined as a plasma system containing a large number of nano‐
or micron‐sized dust particles. Its plasma properties and propagation properties of wave …

Plasma fluctuations arise in the boundary region between charged dust clouds and
background plasmas. A self-consistent computational model is developed to study …

Plasma turbulence associated with the creation of an artificial dust layer in the Earth's
ionosphere is investigated. Two scenarios are considered for plasma irregularity generation …

A new approach for investigating ionosphere chemical depletion in the laboratory is
introduced. Air glow discharge plasma closely resembling the ionosphere in both …

Saturation of the ion drift instability in collisional complex plasmas by ion trapping Page 1
PHYSICAL REVIEW E 103, 063209 (2021) Saturation of the ion drift instability in collisional …

The dust acoustic, or dust density, wave is a very low frequency collective mode in a dusty
plasma that is associated with the motion of the charged and massive dust grains. An ion …

Dust acoustic (or dust density) waves have been observed in many laboratory dusty
plasmas. These low-frequency waves involve the dynamics of highly charged and massive …