An early theory of phenomena linked to these particles, supposed that they involved a cascade of gamma ray and positron-electron pair production. The Gell-Mann-Nishijima formula arises from the former's study of these particles. The strong magnetic field that follows a coronal mass ejection leads to a decrease in their intensity. Clear plastic sheets are etched by warm sodium hydroxide to detect these particles; the sheet
An early theory of phenomena linked to these particles, supposed that they involved a cascade of gamma ray and positron-electron pair production. The Gell-Mann-Nishijima formula arises from the former's study of these particles. The strong magnetic field that follows a coronal mass ejection leads to a decrease in their intensity. Clear plastic sheets are etched by warm sodium hydroxide to detect these particles; the sheets are etched faster at the locations of collisions with them. Some isotopes of chlorine and aluminum form through a process involving these particles. Pions would be produced through the delta process via interactions with the CMB were any of these particles to exceed fifty million teraelectronvolts, an energy called the GZK limit. The proportion of these particles that are the endproducts of stellar fusion are spallated into "secondary" ones, which are lighter and less commonly stellar synthesis endpoints. For 10 points, name these energetic particles from outer space, mostly protons.
An early theory of phenomena linked to these particles, supposed that they involved a cascade of gamma ray and positron-electron pair production.
{cosmic rays}