We investigate the nature of monthly sunspot numbers and solar flux F10.7 by employing the linear and multiple regression techniques. We observed a brilliant correlation between monthly mean sunspot number and F10.7. We observed that even in deep solar minimum there exist some magnetic activities. We obtained the coefficient of determination R2 to be 0.9533. We estimated the correlation coefficient for solar flux F10.7 and sunspot number to be 0.97. We extrapolated the F10.7 back to the year 1700 and observed a good correspondence between the modelled F10.7 and sunspot nature. We also found a very good correspondence between the modelled and observed solar flux F10.7
The records concerning the number, sizes, and positions of sunspots provide a direct means of charac...
Since the beginning of the 20th century, the correlation in the 11-year solar cycle between the suns...
International audienceThe smoothed values of the minima of sunspot number Rz and the geomagnetic ind...
We investigate the nature of monthly sunspot numbers and solar flux F10.7 by employing the linear an...
The F10.7cm radio flux and the Sunspot Number are the most widely used long-term indices of solar ac...
The Sun exhibits a well-observed modulation in the number of spots on its disk over a period of abou...
The Sun exhibits a well-observed modulation in the number of spots on its disk over a period of abou...
This study examines the correlation and prediction between sunspots and solar flux, two closely rela...
Abstract Background: Several recent studies indicated possible long‐term variations of physical prop...
A statistical study of formulas for predicting the sunspot number several years in advance is report...
The recent low and prolonged minimum of the solar cycle, along with the slow growth in activity of t...
Using lag-correlation function analysis, the correlation coefficient at zero lag (r0), the maximum ...
Visual sunspot observations are at the base of the single longest scientific record ofsolar activity...
A Solar Dynamo (SODA) Index prediction of the amplitude of Solar Cycle 25 is described. The SODA Ind...
An empirical method is developed to predict certain parameters of future solar activity cycles. Suns...
The records concerning the number, sizes, and positions of sunspots provide a direct means of charac...
Since the beginning of the 20th century, the correlation in the 11-year solar cycle between the suns...
International audienceThe smoothed values of the minima of sunspot number Rz and the geomagnetic ind...
We investigate the nature of monthly sunspot numbers and solar flux F10.7 by employing the linear an...
The F10.7cm radio flux and the Sunspot Number are the most widely used long-term indices of solar ac...
The Sun exhibits a well-observed modulation in the number of spots on its disk over a period of abou...
The Sun exhibits a well-observed modulation in the number of spots on its disk over a period of abou...
This study examines the correlation and prediction between sunspots and solar flux, two closely rela...
Abstract Background: Several recent studies indicated possible long‐term variations of physical prop...
A statistical study of formulas for predicting the sunspot number several years in advance is report...
The recent low and prolonged minimum of the solar cycle, along with the slow growth in activity of t...
Using lag-correlation function analysis, the correlation coefficient at zero lag (r0), the maximum ...
Visual sunspot observations are at the base of the single longest scientific record ofsolar activity...
A Solar Dynamo (SODA) Index prediction of the amplitude of Solar Cycle 25 is described. The SODA Ind...
An empirical method is developed to predict certain parameters of future solar activity cycles. Suns...
The records concerning the number, sizes, and positions of sunspots provide a direct means of charac...
Since the beginning of the 20th century, the correlation in the 11-year solar cycle between the suns...
International audienceThe smoothed values of the minima of sunspot number Rz and the geomagnetic ind...