Ionospheric Structure and Variability on a Global Scale and Interactions with Atmosphere and Magnetosphere: Conference Proceedings of the Electromagnetic Wave Propagation Panel Symposium Held in Munich (Germany, F.R.) on 16-20 May

摘要

Contents: Magnetospheric Substorms as a Signature of the Solar Terrestrial interaction; Balance Equations for Ionospheric Plasmas with Different Partial Temperature; Non-Linear Wave-Equations for Low-Frequency Acoustic Gravity Waves; Global Ionospheric Dynamics; A Fully Analytic, Low, and Middle Latitude Ionospheric Model; Global Morphology of Plasma Bubbles in the Low Latitude Ionosphere; Simulation of the Polar Cap F Region Ionization Using an Experimental Convection Electric Field; Average Diurnal and Seasonal Profiles of Ionospheric Storms; Medium Scale Structure of the F-Region; VLF/LF Radio Wave Studies of the Structure and Variability of the Equatorial, Mid-Latitude and Polar Ionosphere Below 100 Km; The Middle and High Latitude Ionosphere at About 550 Km Altitude; Modelling Ionospheric Density Structures; Observations of Ionospheric/Magnetosphere Interactions from the Dynamics Explorer Satellites; Empirical Models of Convection Electric Fields and Electrostatic Potential at High Latitude from Eiscat Observations:Preliminary Results; Low Frequency Electrostatic Waves Observed in the Vicinity of an Auroral Arc; Polar F Layer LACUNA Irregularities at Dumont D'urville; Seasonal and Geomagnetic Response of the Thermosphere and Ionosphere; Stormtime Coupling of the Neutral and Ionized Upper Atmosphere at Middle Latitudes; Ionosphere-Thermosphere Coupling at High Latitudes; Aspect Angle Dependence of Non-Thermal Plasmas; Quiet Time Conductivities of the Auroral Ionosphere . (jhd)