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The Earth radiation belt and inner- magnetosphere show pronounced difference in their characteristic as interplanetary magnetic field and solar wind properties change over 11 year Solar Cycle. Solar Coronal Holes produces regular recurrent Solar Wind stream almost enhancing highly relativistic electron when solar wind speeds exceeds 500 km/sec.Solar wind speed density around earth have vastly increased Solar Activity can affected by terrestrial phenomena. solar produce plasma and fall of number of sunspots on the Sun, has might affected earth Weather. Solar Activity influencing on Sun on the…mehr

Produktbeschreibung
The Earth radiation belt and inner- magnetosphere show pronounced difference in their characteristic as interplanetary magnetic field and solar wind properties change over 11 year Solar Cycle. Solar Coronal Holes produces regular recurrent Solar Wind stream almost enhancing highly relativistic electron when solar wind speeds exceeds 500 km/sec.Solar wind speed density around earth have vastly increased Solar Activity can affected by terrestrial phenomena. solar produce plasma and fall of number of sunspots on the Sun, has might affected earth Weather. Solar Activity influencing on Sun on the earth's Climate. Solar Transients and their associated with interplanetary event link between solar astrophysical phenomena. solar coronal transient caused by solar Flares are energy release view of solar terrestrial relationship such as Geomagnetic storm and Sun Weather physical relationship.
Autorenporträt
Rakesh Kumar Mishra est né le 10 août 1973 dans le village de Jurwani, dans le district de Rewa (M.P.) en in¿ia, et a fait ses études primaires et supérieures à Dhamatari (C.G.). Il a obtenu son doctorat en août 2015 à l'université A.P.S de Rewa (M.P.) et a publié 11 articles de recherche dans des revues internationales.