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- Q3952437 subject Q6563910.
- Q3952437 abstract "Bond cleavage or scission is the splitting of chemical bonds.In general, there are two classifications for bond cleavage: homolytic and heterolytic, depending on the nature of the process.In homolytic cleavage, or homolysis, the two electrons in a cleaved covalent bond are divided equally between the products. This process is also known as homolytic, or radical fission.In heterolytic cleavage, or heterolysis, the bond breaks in such a fashion that the originally-shared pair of electrons remain with one of the fragments. This process is also known as heterolytic or ionic fission.The term "bond dissociation energy" refers to the amount of energy required to cleave a bond via homolytic cleavage.In biochemistry the process of breaking down large molecules (by splitting their internal bonds) is catabolism. Enzymes which catalyse bond cleavage are known as lyases, unless they operate by hydrolysis or oxidation/reduction, in which case they are known as hydrolases and oxidoreductases respectively.".
- Q3952437 wikiPageWikiLink Q103135.
- Q3952437 wikiPageWikiLink Q127920.
- Q3952437 wikiPageWikiLink Q190057.
- Q3952437 wikiPageWikiLink Q407479.
- Q3952437 wikiPageWikiLink Q407727.
- Q3952437 wikiPageWikiLink Q44424.
- Q3952437 wikiPageWikiLink Q6563910.
- Q3952437 wikiPageWikiLink Q8047.
- Q3952437 wikiPageWikiLink Q82682.
- Q3952437 wikiPageWikiLink Q863696.
- Q3952437 wikiPageWikiLink Q907567.
- Q3952437 wikiPageWikiLink Q908109.
- Q3952437 wikiPageWikiLink Q96286.
- Q3952437 comment "Bond cleavage or scission is the splitting of chemical bonds.In general, there are two classifications for bond cleavage: homolytic and heterolytic, depending on the nature of the process.In homolytic cleavage, or homolysis, the two electrons in a cleaved covalent bond are divided equally between the products.".
- Q3952437 label "Bond cleavage".