... observatory; EE-date of possible geomag. disturbance in the Earth's environment ... AFTER 27.02/09 UT THE EARTH IS IN "-" SECTOR OF THE INTERPLANETARY MAGNETIC FIELD. ... THE FOLLOWING SECTOR BOUNDARY -/+ THE EARTH HAS TO PASS 5.03. ...
... Ie>2 - the maximum intensity of a flux of electrons in geostationary orbits in days according to GOES 15 in (electrons/cm2-s-sr) for events > 1000 p.f.u. THE GREATER THAN 2 MeV ELECTRON FLUX AT GEOSTATIONARY ORBIT VERY HIGH LEVEL WAS NOT OBSERVED. ...
... EE-date of possible geomag. disturbance in the Earth's environment. ... FROM 12.06/16 UT ON THE EARTH IS IN "+" SECTOR OF THE INTERPLANETARY MAGNETIC FIELD. ... THE FOLLOWING SECTOR BOUNDARY +/- EARTH HAS TO PASS 05.07. ...
... EE-date of possible geomag. disturbance in the Earth's environment. ... FROM 12.06/16 UT ON THE EARTH IS IN "+" SECTOR OF THE INTERPLANETARY MAGNETIC FIELD. ... THE FOLLOWING SECTOR BOUNDARY +/- EARTH HAS TO PASS 05.07. ...
... observatory; EE-date of possible geomag. disturbance in the Earth's environment ... AFTER 05.04/07 UT THE EARTH IS IN "-" SECTOR OF INTERPLANETARY MAGNE- TIC FIELDS. ... 31.03 THE EARTH PASSED THE BOUNDARY +/-. ...
... Ie>2 - the maximum intensity of a flux of electrons in geostationary orbits in days according to GOES 15 in (electrons/cm2-s-sr) for events > 1000 p.f.u. THE GREATER THAN 2 MeV ELECTRON FLUX AT GEOSTATIONARY ORBIT VERY HIGH LEVEL BEGINING 5.08/1325 UT AND ...
... the maximum intensity of a flux of electrons in geostationary orbits in days according to GOES 15 in (electrons/cm2-s-sr) for events > 1000 p.f.u. THE GREATER THAN 2 MeV ELECTRON FLUX AT GEOSTATIONARY ORBIT VERY HIGH LEVEL BEGAN AT 23/0230 UT AND OBSERVED ...
... Ie>2 - the maximum intensity of a flux of electrons in geostationary orbits in days according to GOES 15 in (electrons/cm2-s-sr) for events > 1000 p.f.u. THE GREATER THAN 2 MeV ELECTRON FLUX AT GEOSTATIONARY ORBIT VERY HIGH LEVEL OBSERVED 29.07 AND 1.08. ...
... No Earth-directed CME were observed throug- hout the period. ... observatory; EE-date of possible geomag. disturbance in the Earth's environment ... AFTER 05.02/12 UT THE EARTH IS IN "+" SECTOR OF THE INTERPLANETARY MAGNETIC FIELD. ...
... 2 - the maximum intensity of a flux of electrons in geostationary orbits in days according to GOES 15 in (electrons/cm2-s-sr) for events > 1000 p.f.u. THE GREATER THAN 2 MeV ELECTRON FLUX AT GEOSTATIONARY ORBIT VERY HIGH LEVEL BEGAN 16.08/1800 UT AND WAS ...