Chinese Journal of Astronomy and Astrophysics · 2002 · 47 citations · 20 references
Natural SciencesPhysicsAstrophysicsPlanetary ScienceSolar AstronomySolar CycleSolar PhysicsLead TimeSolar Activity CyclesSolar Cycle AmplitudeSolar Cycle DynamicsSolar Cycle Forecasting ModelsSolar Cycle PredictionSolar Cycle Variability
We present a brief review of predictions of solar cycle maximum amplitude with a lead time of 2 years or more. It is pointed out that a precise prediction of the maximum amplitude with such a lead-time is still an open question despite progress made since the 1960s. A method of prediction using statistical characteristics of solar cycles is developed: the solar cycles are divided into two groups, a high rising velocity (HRV) group and a low rising velocity (LRV) group, depending on the rising velocity in the ascending phase for a given duration of the ascending phase. The amplitude of Solar Cycle 24 can be predicted after the start of the cycle using the formula derived in this paper. Now, about 5 years before the start of the cycle, we can make a preliminary prediction of 83.2 –119.4 for its maximum amplitude.
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A technique for predicting the amplitude of the solar cycle
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