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| '''Cyanates''' are salts of ] for example ] (KNCO). | '''Cyanates''' are salts of ] for example ] (KNCO). | ||
| The ''cyanate'' ion is relatively non-toxic in comparison to cyanides. Use of this fact is made in cyanide decontamination processes where a permanganate oxidation converts toxic cyanide to cyanate. | The ''cyanate'' ion is relatively non-toxic in comparison to cyanides. Use of this fact is made in cyanide decontamination processes where a ] oxidation converts toxic cyanide to cyanate. | ||
| The ] ion has the same formula but different structure. | The ] ion has the same formula but different structure. | ||
Revision as of 20:13, 28 November 2006
The cyanate ion is an anion consisting of one oxygen atom, one carbon atom, and one nitrogen atom (OCN), in that order, and possesses 1 unit of negative charge, borne mainly by the nitrogen atom. In organic compounds the cyanate group is a functional group.
The structure of cyanate is resonant between these two structures:
- O − C ≡ N and O = C = N
The cyanate ion is isoelectronic with carbon dioxide, and so shares its linear shape.
The cyanate ion is an ambident nucleophile in nucleophilic substitution because it can react to form an alkyl cyanate R-OCN (exception) or an alkyl isocyanate R-NCO (rule). Aryl cyanates (C6H5OCN) can be formed by a reaction of phenol with cyanogen chloride (ClCN) in the presence of a base.
Cyanates are salts of cyanic acid for example potassium cyanate (KNCO).
The cyanate ion is relatively non-toxic in comparison to cyanides. Use of this fact is made in cyanide decontamination processes where a permanganate oxidation converts toxic cyanide to cyanate.
The fulminate ion has the same formula but different structure.
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| Hydrocarbons (only C and H) | |||||||||||||||
| Only carbon, hydrogen, and oxygen (only C, H and O) |
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| Only one element, not being carbon, hydrogen, or oxygen (one element, not C, H or O) |
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| Other | |||||||||||||||
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