Annual averages of logarithms of hourly interplanetary magnetic field intensities, obtained from geocentric spacecraft between November 1963 and December 1977, reveal the following solar cycle variation. For 2 to 3 years at each solar minimum period, the IMF intensity is depressed by 10-15 percent relative to its mean value realized during a broad nine-year period centered at solar maximum. No systematic variations occur during this nine-year period. The solar minimum decrease, although small relative to variations in some other solar wind parameters, is both statistically and physically significant
The Sun’s magnetic field drives the solar wind and produces space weather. It also acts as the proto...
In present work deals the associations of interplanetary magnetic field (B) with annual mean of cosm...
Interplanetary magnetic field measured by Pioneer 8 during solar event of 25 Feb. 196
The magnitude of the interplanetary magnetic field (IMF) exhibits an enhancement during 1978 to 1979...
The analysis of forty-five years of inferred interplanetary magnetic field polarity shows an annual ...
A survey is presented of hourly averages of observations of the interplanetary medium, made by satel...
We use both solar wind observations and empirical magnetopause models to reconstruct time series of ...
The length of solar cycle 23 has been prolonged up to about 13 years. Many studies have speculated t...
Observations by the Voyager 1 and 2 spacecraft of the interplanetary magnetic field between 1 and 5 ...
An interplanetary magnetic field (IMF) data set is presented that is uniform with respect to inclusi...
Interplanetary magnetic field data from 10 IMP, AIMP, and HEOS spacecraft were merged into a composi...
Abstract---A survey is presented of hourly averages of observations of the interplanetary medium, ma...
Past studies have revealed solar cycle changes in the sunspot activity, as well as in many other sol...
Abstract. Yearly averages of geomagnetic activity indi-ces Ap for the years 1967–1984 are compared t...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/94796/1/grl13462.pd
The Sun’s magnetic field drives the solar wind and produces space weather. It also acts as the proto...
In present work deals the associations of interplanetary magnetic field (B) with annual mean of cosm...
Interplanetary magnetic field measured by Pioneer 8 during solar event of 25 Feb. 196
The magnitude of the interplanetary magnetic field (IMF) exhibits an enhancement during 1978 to 1979...
The analysis of forty-five years of inferred interplanetary magnetic field polarity shows an annual ...
A survey is presented of hourly averages of observations of the interplanetary medium, made by satel...
We use both solar wind observations and empirical magnetopause models to reconstruct time series of ...
The length of solar cycle 23 has been prolonged up to about 13 years. Many studies have speculated t...
Observations by the Voyager 1 and 2 spacecraft of the interplanetary magnetic field between 1 and 5 ...
An interplanetary magnetic field (IMF) data set is presented that is uniform with respect to inclusi...
Interplanetary magnetic field data from 10 IMP, AIMP, and HEOS spacecraft were merged into a composi...
Abstract---A survey is presented of hourly averages of observations of the interplanetary medium, ma...
Past studies have revealed solar cycle changes in the sunspot activity, as well as in many other sol...
Abstract. Yearly averages of geomagnetic activity indi-ces Ap for the years 1967–1984 are compared t...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/94796/1/grl13462.pd
The Sun’s magnetic field drives the solar wind and produces space weather. It also acts as the proto...
In present work deals the associations of interplanetary magnetic field (B) with annual mean of cosm...
Interplanetary magnetic field measured by Pioneer 8 during solar event of 25 Feb. 196