Active heliographic longitudes at the sun are investigated by using the observational data for long-lived metric continuum noise sources. It is shown that, for the period from 1963 to 1969, the number of such longitudes was four in general and these longitudes were very stable for this radio activity since 1963. A discussion is given on the relationship between those longitudes and the sector structure of the interplanetary magnetic field
Context.Recently, it was found that two persistent active longitudes of sunspots separated by about...
Protons associated with centers of solar activity and propagation in interplanetary magnetic field r...
Over 24 years of synoptic data from the NSO Kitt Peak Vacuum Telescope is used to investigate the co...
Active solar radio regions at metric frequencies and interplanetary sector structure
Satellite observations of the sun over almost 5 yrs show that principally two UV active longitudes h...
Chree (superposed epoch) analyses of Jupiter's decameter-wave radio emission taken from the new Thie...
Abstract In this thesis solar active longitudes of X-ray flares and sunspots are studied. The fact t...
The observed persistence of specific periodicities detected in time series associated with solar sur...
Historic geomagnetic activity observations have been used to reveal centennial variations in the ope...
Recent studies of the variation of geomagnetic activity over the past 140 years have quantified the ...
During the maximum of Solar Cycle 23, large active regions had a long life, spanning several solar r...
The causes of recurrent geomagnetic activity were studied by analyzing interplanetary magnetic field...
The synoptic appearance of solar magnetic sectors is studied using 454 sector boundaries observed at...
A novel analysis of sunspot group data for the past 120 years reveals that sunspots in both northern...
Longitudinal distributions of the photospheric magnetic field studied on the base of National Solar ...
Context.Recently, it was found that two persistent active longitudes of sunspots separated by about...
Protons associated with centers of solar activity and propagation in interplanetary magnetic field r...
Over 24 years of synoptic data from the NSO Kitt Peak Vacuum Telescope is used to investigate the co...
Active solar radio regions at metric frequencies and interplanetary sector structure
Satellite observations of the sun over almost 5 yrs show that principally two UV active longitudes h...
Chree (superposed epoch) analyses of Jupiter's decameter-wave radio emission taken from the new Thie...
Abstract In this thesis solar active longitudes of X-ray flares and sunspots are studied. The fact t...
The observed persistence of specific periodicities detected in time series associated with solar sur...
Historic geomagnetic activity observations have been used to reveal centennial variations in the ope...
Recent studies of the variation of geomagnetic activity over the past 140 years have quantified the ...
During the maximum of Solar Cycle 23, large active regions had a long life, spanning several solar r...
The causes of recurrent geomagnetic activity were studied by analyzing interplanetary magnetic field...
The synoptic appearance of solar magnetic sectors is studied using 454 sector boundaries observed at...
A novel analysis of sunspot group data for the past 120 years reveals that sunspots in both northern...
Longitudinal distributions of the photospheric magnetic field studied on the base of National Solar ...
Context.Recently, it was found that two persistent active longitudes of sunspots separated by about...
Protons associated with centers of solar activity and propagation in interplanetary magnetic field r...
Over 24 years of synoptic data from the NSO Kitt Peak Vacuum Telescope is used to investigate the co...