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- Q1617979 subject Q6565519.
- Q1617979 subject Q7139523.
- Q1617979 abstract "Highly charged ions (HCI) are ions in very high charge states due to the loss of many or most of their bound electrons by energetic collisions or high-energy photon absorption. Examples are 13-fold ionized iron, Fe13+ or Fe (XIV) in spectroscopic notation, found in the Sun's corona, or naked uranium, U92+, bare all bound electrons, which requires very high energy for its production. HCI are found in stellar coronae, in active galactic nuclei, in supernova remnants, and in accretion disks. Most of the visible matter found in the universe consists of highly charged ions. High temperature plasmas used for nuclear fusion energy research also contain HCI generated by the plasma-wall interaction (see Tokamak). In the laboratory, HCI are investigated by means of heavy ion particle accelerators and electron beam ion traps.".
- Q1617979 wikiPageWikiLink Q10251.
- Q1617979 wikiPageWikiLink Q13082.
- Q1617979 wikiPageWikiLink Q130825.
- Q1617979 wikiPageWikiLink Q1326012.
- Q1617979 wikiPageWikiLink Q170754.
- Q1617979 wikiPageWikiLink Q188589.
- Q1617979 wikiPageWikiLink Q207436.
- Q1617979 wikiPageWikiLink Q2225.
- Q1617979 wikiPageWikiLink Q237604.
- Q1617979 wikiPageWikiLink Q3198.
- Q1617979 wikiPageWikiLink Q36496.
- Q1617979 wikiPageWikiLink Q46587.
- Q1617979 wikiPageWikiLink Q6565519.
- Q1617979 wikiPageWikiLink Q7139523.
- Q1617979 comment "Highly charged ions (HCI) are ions in very high charge states due to the loss of many or most of their bound electrons by energetic collisions or high-energy photon absorption. Examples are 13-fold ionized iron, Fe13+ or Fe (XIV) in spectroscopic notation, found in the Sun's corona, or naked uranium, U92+, bare all bound electrons, which requires very high energy for its production. HCI are found in stellar coronae, in active galactic nuclei, in supernova remnants, and in accretion disks.".
- Q1617979 label "Highly charged ion".