Oxidation Oxidised

Hence, under ordinary conditions, manganeseflV) oxide oxidises concentrated hydrochloric acid to chlorine, but the above shows that the oxidation process is essentially ... 

Dithiol is a less selective reagent than thiocyanate for molybdenum. Tungsten interferes most seriously but does not do so in the presence of tartaric acid or citric acid (see Section 17.34). Tin does not interfere if the absorbance is read at 680 nm. Strong oxidants oxidise the reagent iron(III) salts should be reduced with potassium iodide solution and the liberated iodine removed with thiosulphate. 

Dichlorine oxide Oxidisable materials Nitrosyl fluoride Metals, etc. 

See Chlorine dioxide Hydrogen Copper(II) oxide Hydrogen Dichlorine oxide Oxidisable materials Difluorodiazene Hydrogen Dinitrogen oxide Hydrogen, etc. 

Chromium trioxide Ammonia Chromyl chloride Ammonia Dichlorine oxide Oxidisable materials Dinitrogen tetraoxide Ammonia... 

Chlorine trifluoride Metals Chromium trioxide Alkali metals Dichlorine oxide Oxidisable materials Nitryl fluoride Metals... 

Dichlorine oxide Oxidisable materials Oxygen difluoride Non-metals Trioxygen difluoride Various materials... 

Dichlorine oxide Oxidisable materials Iodine pentafluoride Metals Iodine Metals Nitrosyl fluoride Metals Perchloric acid Antimony(III) compounds Potassium dioxide Metals Potassium permanganate Antimony, etc. 

The reagent RuO /aq. Na(IO )/CCl (the first catalytic system for Ru-based carbohydrate oxidations) oxidised 1,2-0-isopropylidene-L-threose to D-glycew-1,2-0-isopropylidene-tetros-3-ulose, and a number of pyranoses were similarly oxidised [2]. Other furanoses were made with RuCl3/TCCA/( Bu N)Br (Table 2.3 Fig. 2.14) [25]... 

Chlorine trifluoride Metals Chromium trioxide Alkali metals Dichlorine oxide Oxidisable materials Nitryl fluoride Metals See Selenium, etc., below See also Non-metal oxides, above See also Sulfur, below See also Sulfuric acid, below... 

Dichlorine oxide Oxidisable materials See Chloric acid Metal sulfides See also METAL HALOGENATES Metals, etc. See other METAL SULFIDES... 

The manner in which chloroacetone reacts with other compounds is also interesting. With gaseous ammonia, for example, aminoacetone is formed, and with nascent hydrogen (from zinc and acetic acid) it is converted into acetone. Damp silver oxide oxidises it to glycollic, formic and acetic acids. On combination with sodium bisulphite, acicular crystals are formed, probably of an additive compound of the formula ... 

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