... and ionosphere: the magnetic storms, accelerated particle beams, auroral phenomena ... At the same time, magnetic storms lead to disturbances, especially at high latitudes ...
... change in the magnetic intensity--a drop of 1% at the equator is already a big storm--but at synchronous orbit (6.6 R E ), so many fast ions and electrons are added that on a few occasions (in big storms) communication satellites have sustained damage ...
... 29. Low Polar Orbit . 30. Magnetic Storms . 30.a Chicago Aurora . 31. Space Weather . ... Perhaps very powerful magnetic storms overcome the rotation and inject them deep into the magnetosphere, or perhaps the process ...
... What he called polar magnetic storms are now known as magnetic substorms, so named by Chapman who at first viewed them as component parts of magnetic storms--before it was realized that they occurred at other times as well. ...
... that occasionally, after a prominent flare, a magnetic storm would erupt on Earth ... Sometimes energetic particles and magnetic storms are observed at Earth without any ...
... Sun's sources of the most powerful magnetospheric storms and their possible nature ... solar wind: conditions for CIR-, Sheath- and ICME-induced magnetic storms ... mechanisms of the acceleration of relativistic electrons during magnetic storms ...
... Dipole Reversals and Plate Tectonics . Magnetic Storms and Ring Currents . The Magnetosphere . Magnetic Reconnection . ... Singer, Siegfried Fred, A New Model of Magnetic Storms and Aurorae, Transact. AGU (Later renamed Eos), 38, 175-190, 1957. ...
... New!!! . 19. The Magnetopause . 19H. History: 1930--the magnetic storm theory of Chapman and Ferraro. 20. ... Low Polar Orbit . 30. Magnetic Storms . 30a. Aurora above Chicago ... a somewhat personal account. 31. Space Weather . ...