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Tungsten -oxide Inorganic Compounds

Generally, phenols reduce solutions of phosphomolybdic or phospho-tungstic acid, giving rise to the formation of lower oxides of molybdenum or tungsten. This reaction was formerly used to detect the presence of phenols as well as for the colorimetric determination of phenols (40 — 43). However, it is not specific for phenols, and all reducing organic or inorganic compounds react as well. [Pg.197]

See other pages where Tungsten -oxide Inorganic Compounds is mentioned: [Pg.240] [Pg.6] [Pg.269] [Pg.214] [Pg.34] [Pg.240] [Pg.1295] [Pg.179] [Pg.564] [Pg.63] [Pg.253] [Pg.312] [Pg.183] [Pg.799] [Pg.18] [Pg.20] [Pg.126] [Pg.213] [Pg.357] [Pg.50] [Pg.171] [Pg.225] [Pg.225] [Pg.1089] [Pg.1089] [Pg.684] [Pg.213] [Pg.51] [Pg.2716] [Pg.3976] [Pg.13] [Pg.77] [Pg.150] [Pg.405] [Pg.2715] [Pg.3975] [Pg.23] [Pg.225] [Pg.373] [Pg.477] [Pg.49] [Pg.105] [Pg.266] [Pg.178] [Pg.473] [Pg.65]

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Inorganic compounds

Inorganic compounds, oxidation

Inorganic oxides

Inorganic oxidizers

Oxidations inorganic

Oxides tungsten oxide

Tungsten compounds

Tungsten oxidation

Tungsten oxide