211-215The relationship between the long-term variation of the cosmic ray intensity and solar activity considering the different time lags, has been investigated during the period 1965 - 1994. Several aspects of the long-term variations of cosmic ray intensity have been studied, adopting the K-series analysis method, during the ascending and descending phases of four successive sunspot solar cycles (i.e. from 19 to 22). Correlative analysis is the basis and has been applied for several time intervals. On the overall correlative analysis it has been observed th at the second parts of ascending phase for sunspot cycles are more effective in producing the cosmic ray modulation. The accumulative results of these effects produce long-term ...
387-395Based on the monthly data of sunspot numbers (SSN), tilt angle (TA) and cosmic ray intensity ...
To investigate the periodic behaviour and relationship of sunspot numbers with cosmic ray intensity ...
The present International Geophysical Year was chosen to include the most likely period of maximum a...
Abstract: In this paper we will make a detail study of the relationship between Cosmic ray Intensity...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
The sun is quite variable in time. When the solar activity is numerated by counting sunspots in numb...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
Abstract—We study the temporal behavior of the power spectra for Galactic cosmic-ray fluctuations du...
65-69Based on the monthly data of solar flare index (SFI), instead of sunspot numbers and cosmic ra...
167-173Based on the monthly data of various solar activity (SA) parameters, e.g. sunspot numbers (SS...
In this paper we will study about the relation between Cosmic ray Intensity(CRI) and Sunspot Number ...
387-395Based on the monthly data of sunspot numbers (SSN), tilt angle (TA) and cosmic ray intensity ...
To investigate the periodic behaviour and relationship of sunspot numbers with cosmic ray intensity ...
The present International Geophysical Year was chosen to include the most likely period of maximum a...
Abstract: In this paper we will make a detail study of the relationship between Cosmic ray Intensity...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
The sun is quite variable in time. When the solar activity is numerated by counting sunspots in numb...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
International audienceWe analyse phase lags between the 11-year variations of three records: the sem...
Abstract—We study the temporal behavior of the power spectra for Galactic cosmic-ray fluctuations du...
65-69Based on the monthly data of solar flare index (SFI), instead of sunspot numbers and cosmic ra...
167-173Based on the monthly data of various solar activity (SA) parameters, e.g. sunspot numbers (SS...
In this paper we will study about the relation between Cosmic ray Intensity(CRI) and Sunspot Number ...
387-395Based on the monthly data of sunspot numbers (SSN), tilt angle (TA) and cosmic ray intensity ...
To investigate the periodic behaviour and relationship of sunspot numbers with cosmic ray intensity ...
The present International Geophysical Year was chosen to include the most likely period of maximum a...