The spherical harmonic analysis of cosmic ray neutron data from the worldwide network neutron monitor stations during the years, 1966 to 1969 was carried out. The second zonal harmonic component obtained from the analysis corresponds to the Pole-Equator anisotropy of the cosmic ray neutron intensity. Such an anisotropy makes a semiannual variation. In addition to this, it is shown that the Pole-Equator anisotropy makes a variation depending on the interplanetary magnetic field (IMF) sector polarities around the passages of the IMF sector boundary. A mechanism to interpret these results is also discussed
Aims. We study features of the 3D solar anisotropy of Galactic cosmic rays (GCR) for 1965−2014 (almo...
10-12Using the hourly counting rate data of a high counting neutron monitor the solar diurnal anisot...
A detailed study of the diurnal variation on long term basis was performed on geomagnetically quiet ...
Cosmic ray sidereal diurnal variations observed by neutron monitors are analyzed for the period 1961...
Evaluation of barometer coefficients of neutron monitors located at high latitudes has been performe...
The diurnal anisotropy of cosmic ray intensity has been investigated over the interval 1973\u2013197...
Waves of daily average cosmic ray intensity, dependent on interplanetary magnetic fields (IMF) polar...
The data from the world wide grid of neutron monitoring stations was analyzed for a comparative stud...
It was demonstrated that an interplanetary magnetic field (IMF) sense dependent 2nd order anisotropy...
A study of cosmic ray intensity variations has been conducted during 1956–57 at the equatorial mount...
We have computed the magnitude and direction of the asymmetry of cosmic-ray particle density gradien...
The diurnal anisotropy of cosmic ray intensity for the time period 2001 to 2014 is studied, coverin...
For the first time, based on the experimental data of AMS-02, a three-parameter spectrum of variatio...
Abstract — We study features of the 27-day variations of the galactic cosmic ray (GCR) intensity and...
AbstractGalactic cosmic ray intensities (GCRs) observed by five neutron monitors (NMs) have been use...
Aims. We study features of the 3D solar anisotropy of Galactic cosmic rays (GCR) for 1965−2014 (almo...
10-12Using the hourly counting rate data of a high counting neutron monitor the solar diurnal anisot...
A detailed study of the diurnal variation on long term basis was performed on geomagnetically quiet ...
Cosmic ray sidereal diurnal variations observed by neutron monitors are analyzed for the period 1961...
Evaluation of barometer coefficients of neutron monitors located at high latitudes has been performe...
The diurnal anisotropy of cosmic ray intensity has been investigated over the interval 1973\u2013197...
Waves of daily average cosmic ray intensity, dependent on interplanetary magnetic fields (IMF) polar...
The data from the world wide grid of neutron monitoring stations was analyzed for a comparative stud...
It was demonstrated that an interplanetary magnetic field (IMF) sense dependent 2nd order anisotropy...
A study of cosmic ray intensity variations has been conducted during 1956–57 at the equatorial mount...
We have computed the magnitude and direction of the asymmetry of cosmic-ray particle density gradien...
The diurnal anisotropy of cosmic ray intensity for the time period 2001 to 2014 is studied, coverin...
For the first time, based on the experimental data of AMS-02, a three-parameter spectrum of variatio...
Abstract — We study features of the 27-day variations of the galactic cosmic ray (GCR) intensity and...
AbstractGalactic cosmic ray intensities (GCRs) observed by five neutron monitors (NMs) have been use...
Aims. We study features of the 3D solar anisotropy of Galactic cosmic rays (GCR) for 1965−2014 (almo...
10-12Using the hourly counting rate data of a high counting neutron monitor the solar diurnal anisot...
A detailed study of the diurnal variation on long term basis was performed on geomagnetically quiet ...