In the high‐latitude ionosphere, predicting transport of polar cap patches is important
because of their impact on radio communications and navigation systems. Lagrangian …

The potential of deep learning for the investigation of medium scale traveling ionospheric
disturbances (MSTIDs) has been exploited through the Sodankylä rapid‐run ionosonde in …

Polar cap patches are large sporadic enhancements of plasma density on the scale of
hundreds of kilometers, which can impact the performance of Global Navigation Satellite …

It has been established that polar cap patches are capable of triggering phase scintillation
via various convective instabilities such as Gradient Drift, Gravitational Interchange, Current …

The ionosphere and thermosphere are coupled through the charged and neutral particles'
interactions that re-distribute energy and momentum. The interactions have been analyzed …

Simultaneous existence of multiple instabilities has been reported in polar patches [1-4]. The
interplay between these participating modes and the associated wave particle interactions …

Abstract The European Arctic region ionosphere reveals vivid nonlinear coherent density
enhancement structures termed as polar patches/blobs. Recent observational investigations …

Collisional and Inertial Convective Modes In Polar Patches - NASA/ADS Now on home
page ads icon ads Enable full ADS view NASA/ADS Collisional and Inertial Convective …

The linear stability of shear flow of an incompressible, viscous electrically conducting fluid
permeated by sheared magnetic field is investigated. An unbounded two layer model …