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- Q907567 subject Q7235717.
- Q907567 abstract "In chemistry, heterolysis or heterolytic fission (from Greek ἕτερος, heteros, "different," and λύσις, lusis, "loosening") involves cleavage of a chemical bond in a process where both of the electrons involved in the original bond remain with only one of the fragment species. During heterolytic bond cleavage in a neutral molecule, a cation and an anion will be generated. Typically, the more electronegative fragment will retain the pair of electrons.350pxThe energy involved in this process is called heterolytic bond dissociation energy. Bond cleavage is also possible by a process called homolysis. In the gas-phase, heterolysis of a neutral molecule will require additional energy to separate the ion contact pair.".
- Q907567 thumbnail Heterolysis_(Chemistry).png?width=300.
- Q907567 wikiPageWikiLink Q2329.
- Q907567 wikiPageWikiLink Q36496.
- Q907567 wikiPageWikiLink Q44424.
- Q907567 wikiPageWikiLink Q7235717.
- Q907567 wikiPageWikiLink Q78974.
- Q907567 wikiPageWikiLink Q908109.
- Q907567 comment "In chemistry, heterolysis or heterolytic fission (from Greek ἕτερος, heteros, "different," and λύσις, lusis, "loosening") involves cleavage of a chemical bond in a process where both of the electrons involved in the original bond remain with only one of the fragment species. During heterolytic bond cleavage in a neutral molecule, a cation and an anion will be generated.".
- Q907567 label "Heterolysis (chemistry)".
- Q907567 depiction Heterolysis_(Chemistry).png.