A is therefore directly correlated with
galactic cosmic ray intensity.
Not exact matches
Earth's magnetosphere extends over a radius of a million kilometers, which acts as the first line of defence, shielding us from the continuous flow of solar and
galactic cosmic rays, thus protecting life on our planet from these high
intensity energetic radiations.
Similarly to the solar magnetic modulation, high geomagnetic field
intensity decreases the flux of
galactic cosmic rays and radionuclide production rates and the opposite for low geomagnetic field
intensity.
Changes in the sun can of course affect the amount of energy received by the earth through changes in its output, variations in the
intensity of UV - light, or perhaps even clouds through
galactic cosmic rays.
This effect is realized through modulation of the
intensity of
galactic cosmic ray fluxes penetrating the atmosphere.
It has been proposed that Earth's climate could be affected by changes in cloudiness caused by variations in the
intensity of
galactic cosmic rays in the atmosphere.
Ions increase the nucleation rate by an additional factor of between two and more than ten at ground - level
galactic -
cosmic -
ray intensities, provided that the nucleation rate lies below the limiting ion - pair production rate.