As solar wind particles mix with molecules of air, for example, the atmosphere warms up and swells, causing the density of the tenuous gases in the atmosphere's upper layers to increase. There are several ways in which solar storms affect satellites. Reactions of the solar particles with atmospheric gases trigger colorful aurora displays but also induce electric currents that can, in the case of the most severe storms, knock out power grids and disrupt telecommunication networks. Particles in the solar wind are magnetized, and when these huge plasma eruptions hit Earth's magnetic lines with the opposite magnetic pole, they temporarily disconnect the planet's protective magnetic shield and penetrate deep into the atmosphere. During vast eruptions of solar material known as coronal mass ejections (CME), the sun hurls huge quantities of this solar wind into space at once. Solar wind is a stream of ionized gas that constantly trickles from the sun. Solar storms are caused by interactions of the charged particles that make up solar wind with Earth's magnetic field and our planet's atmosphere.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |