... The first indication of the arrival of the massive coronal mass ejection (CME) associated with the October 28 X17-class solar flare was detected just after 6 UT on October 29, hardly amounting to a 19 hour transit time of the CME. ...
... solar flares and CME events during the transit of this region across the solar disk ... above from October 24 November 4, 2003 during its transit of the solar disk ...
... Geostationary satellites transit after the magnetosphere compression from the solar wind back to the magnetosphere lasts 5-10 minutes, and therefore 1 MeV proton belt may be created, while 15-100 MeV protons will not be trapped. ...
... Distortion of the magnetosphere during the second storm allows previously trapped protons to escape from this region which transit to the quasitrapping regime. ...
... Distortion of the magnetosphere during the second storm allows previously trapped protons to escape from this region which transit to the quasi-trapping regime.At the recovery phase of the second magnetic storm new solar proton trapping occurs with ...