... EE-date of possible geomag. disturbance in the Earth's environment. ... FROM 17.11/1930 UT THE EARTH IS IN "+" SECTOR OF THE INTERPLANETARY MAG- NETIC FIELD ... THE FOLLOWING SECTOR BOUNDARY +/- THE EARTH HAS TO PASS 3.12. ...
... EE-date of possible geomag. disturbance in the Earth's environment. ... FROM 30.11/06 UT THE EARTH IS IN "+" SECTOR OF THE INTERPLANETARY MAGNE- TIC FIELD. ... THE FOLLOWING SECTOR BOUNDARY +/- THE EARTH HAS TO PASS 15.12. ...
... EE-date of possible geomag. disturbance in the Earth's environment. ... FROM 30.11/06 UT THE EARTH IS IN "+" SECTOR OF THE INTERPLANETARY MAGNE- TIC FIELD. ... THE FOLLOWING SECTOR BOUNDARY +/- THE EARTH HAS TO PASS 14.12. ...
... EE-date of possible geomag. disturbance in the Earth's environment. ... FROM 14.12/1130 UT THE EARTH IS IN "-" SECTOR OF THE INTERPLANETARY MAGNE- TIC FIELD ... THE FOLLOWING SECTOR BOUNDARY -/+ THE EARTH HAS TO PASS 23.12. ...
... solar rotations; EE-date of possible geomag. disturbance in the Earth's environment ... FROM 13.01/0130 UT THE EARTH IS IN "+" SECTOR OF THE INTERPLANETARY MAGNE- TIC FIELD ... THE FOLLOWING SECTOR BOUNDARY +/- THE EARTH HAS TO PASS 15.02. ...
... THE FOLLOWING SECTOR BOOUNDERY + /- THE EARTH SHOULD PASS ON 22.06. ... 237;å 11/1436 THE GREATER THAN 2 MeV ELECTRON FLUX AT GEOSYNCHRONOUS ORBIT HAS BEGUN 9.06/1410 UT AND IT WAS OBSERVED 09 ...
... THE FOLLOWING SECTOR BOOUNDERY + /- THE EARTH SHOULD PASS ON 18.07. ... THE GREATER THAN 2 MeV ELECTRON FLUX AT GEOSYNCHRONOUS ORBIT EXCEEDS THE THRESHOLD IN 1000 p.f.u. 07/1415 UT AND VERY HIGH ...
... THE FOLLOWING SECTOR BOOUNDERY - /+ THE EARTH SHOULD PASS ON 30.09. ... THE GREATER THAN 2 MeV ELECTRON FLUX AT GEOSYNCHRONOUS ORBIT VERY HIGH LEVEL OF FLUX WAS OBSERVED 7 - 9.09 ...
... THE FOLLOWING SECTOR BOOUNDERY - /+ THE EARTH SHOULD PASS ON 27-28.12. ... THE GREATER THAN 2 MeV ELECTRON FLUX AT GEOSYNCHRONOUS ORBIT VERY HIGH LEVEL OF FLUX WAS NOT OBSERVED ...
... THE FOLLOWING SECTOR BOUNDERY -/ + EARTH SHOULD PASS 06.07. ... 2 MeV ELECTRON FLUX AT GEOSTATIONARY ORBIT VERY HIGH LEVEL WAS ... 2 MeV ELECTRON FLUX AT GEOSTATIONARY ORBIT VERY HIGH LEVEL IS ...