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Radical chemistry - Depicting radicals in chemical reactions | | Radical chemistry - Depicting radicals in chemical reactions: Encyclopedia II - Radical chemistry - Depicting radicals in chemical reactions | | In written chemical equations, free radicals are frequently denoted by a dot placed immediately to the right of the atomic symbol or molecular formula as follows:
Cl2 + hν → 2 Cl·
Radical reaction mechanisms use ...
See also:Radical chemistry, Radical chemistry - Depicting radicals in chemical reactions, Radical chemistry - The chemistry of radicals, Radical chemistry - Terminology, Radical chemistry - Formation, Radical chemistry - Persistence and stability, Radical chemistry - Combustion, Radical chemistry - Polymerization, Radical chemistry - Atmospheric radicals, Radical chemistry - Free radicals in biology, Radical chemistry - Diagnostics, Radical chemistry - External link | | | Radical chemistry, Radical chemistry - Atmospheric radicals, Radical chemistry - Combustion, Radical chemistry - Depicting radicals in chemical reactions, Radical chemistry - Diagnostics, Radical chemistry - External link, Radical chemistry - Formation, Radical chemistry - Free radicals in biology, Radical chemistry - Persistence and stability, Radical chemistry - Polymerization, Radical chemistry - Terminology, Radical chemistry - The chemistry of radicals, Free-radical theory, -yl | | |
| | | Radical chemistry: Encyclopedia II - Radical chemistry - Depicting radicals in chemical reactions
Radical chemistry - Depicting radicals in chemical reactions
In written chemical equations, free radicals are frequently denoted by a dot placed immediately to the right of the atomic symbol or molecular formula as follows:
Cl2 + hν → 2 Cl·
Radical reaction mechanisms use single-headed arrows to depict the movement of single electrons:
Other related archives-yl, Alzheimer's, Biochemistry, CIDNP, Chemical bonding, DNA, Environmental chemistry, Free-radical theory, Fremy's salt, Living Radical Polymerization, Moses Gomberg, NO, Nuclear magnetic resonance, Parkinson's disease, TEMPO, X-ray photoelectron spectroscopy, absorption spectroscopy, aging, alcohol, alpha 1-antitrypsin, antioxidants, atherosclerosis, atmospheric chemistry, atomic, bilirubin, biochemistry, bond dissociation energy, cancer, catalase, cell cycle, cell signalling, chain reaction, chemistry, chlorofluorocarbons, cigarette, combustion, defense mechanisms, double bond, electron paramagnetic resonance, electron spin resonance, electrons, emphysema, enzymes, exothermic reaction, glutathione peroxidase, glutathione reductase, gout, hemochromatosis, homolytically, hydroxyl radical, jaundice, liver, lung, magnetic field, melanin, molecular, mutations, neutrophil granulocytes, nitroxides, nuclear magnetic resonance, open shell, ozone, ozone layer, peroxide, polymerization, purines, radical addition, radical ions, radical polymerization, radical substitution, reactive, reactive intermediates, red blood cells, schizophrenia, smoke, solvent cage, spectroscopy, superoxide, superoxide dismutase, ultraviolet radiation, uric acid, vitamin A, vitamin C, vitamin E
 Adapted from the Wikipedia article "Depicting radicals in chemical reactions", under the G.N U Free Docmentation License. Please also see http://en.wikipedia.org/wiki |
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