Waves of daily average cosmic ray intensity, dependent on interplanetary magnetic fields (IMF) polarity, have been observed in 1982 (Jacklyn and Pomerantz, 1983) and again in 1983 and 1984. These waves at first appeared to be due to the North-South anisotropy. Further investigation revealed that the waves comprise two components, a large isotropic and a smaller anisotropic component. The anisotropic part is attributed to the North-South anisotropy and is in phase with the larger isotropic component in the Southern Hemisphere. Unlike the North-South anisotropy which is a permanent feature of cosmic ray modulation, the isotropic phenomenon appears to be episodic in character. When present, it is clearly dependent on IMF polarity but does not ...
151-156A systematic and detailed analysis of the diurnal anisotropy on geomagnetically quiet days ha...
The large amplitude wave-trains of cosmic-ray intensity observed during June, July and August, 1973,...
Changes of the energy spectrum of primary cosmic radiation can be followed through the time variatio...
It was demonstrated that an interplanetary magnetic field (IMF) sense dependent 2nd order anisotropy...
The method of calculating energy losses along regular particle trajectories is applied to obtain the...
A study of the cosmic ray intensity data from high-latitude stations reveals an isotropic variation ...
We have computed the magnitude and direction of the asymmetry of cosmic-ray particle density gradien...
The diurnal anisotropy of cosmic ray intensity has been investigated over the interval 1973\u2013197...
The spherical harmonic analysis of cosmic ray neutron data from the worldwide network neutron monito...
A study of cosmic ray intensity variations has been conducted during 1956–57 at the equatorial mount...
1.1 Introductory Remarks There is now considerable evidence that the charged primary cosmic radiati...
A unified theory of cosmic ray diurnal variations has been proposed in which the first 3 harmonics o...
Correlation analysis on the relation of the north-south (N-S) anisotropy of cosmic rays, observed by...
The distribution of cosmic ray intensity perpendicular to solar equatorial plane, was investigated b...
The observable anisotropy of cosmic rays has first been decomposed into zonal harmonics and componen...
151-156A systematic and detailed analysis of the diurnal anisotropy on geomagnetically quiet days ha...
The large amplitude wave-trains of cosmic-ray intensity observed during June, July and August, 1973,...
Changes of the energy spectrum of primary cosmic radiation can be followed through the time variatio...
It was demonstrated that an interplanetary magnetic field (IMF) sense dependent 2nd order anisotropy...
The method of calculating energy losses along regular particle trajectories is applied to obtain the...
A study of the cosmic ray intensity data from high-latitude stations reveals an isotropic variation ...
We have computed the magnitude and direction of the asymmetry of cosmic-ray particle density gradien...
The diurnal anisotropy of cosmic ray intensity has been investigated over the interval 1973\u2013197...
The spherical harmonic analysis of cosmic ray neutron data from the worldwide network neutron monito...
A study of cosmic ray intensity variations has been conducted during 1956–57 at the equatorial mount...
1.1 Introductory Remarks There is now considerable evidence that the charged primary cosmic radiati...
A unified theory of cosmic ray diurnal variations has been proposed in which the first 3 harmonics o...
Correlation analysis on the relation of the north-south (N-S) anisotropy of cosmic rays, observed by...
The distribution of cosmic ray intensity perpendicular to solar equatorial plane, was investigated b...
The observable anisotropy of cosmic rays has first been decomposed into zonal harmonics and componen...
151-156A systematic and detailed analysis of the diurnal anisotropy on geomagnetically quiet days ha...
The large amplitude wave-trains of cosmic-ray intensity observed during June, July and August, 1973,...
Changes of the energy spectrum of primary cosmic radiation can be followed through the time variatio...