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Potassium dioxide

Potassium dioxide Metals Potassium permanganate Antimony, etc. [Pg.58]

Potassium chlorate Charcoal, etc. Potassium dioxide Carbon Potassium nitrate Non-metals MRH 4.52/87... [Pg.127]

Nitrosyl perchlorate Organic materials Perchloric acid Alcohols Permanganic acid Organic materials Peroxodisulfuric acid Organic liquids Potassium dioxide Ethanol Potassium perchlorate Ethanol Potassium permanganate Ethanol, etc. Ruthenium(VIII) oxide Organic materials Silver perchlorate Aromatic compounds Sodium peroxide Hydroxy compounds Uranium hexafluoride Aromatic hydrocarbons, etc. Uranyl perchlorate Ethanol See v-halomides Alcohols... [Pg.343]

Aminophenol, Potassium dioxide See Potassium dioxide 2-Aminophenol, Tetrahydrofuran... [Pg.541]

See Potassium dioxide Organic materials See other quaternary oxidants... [Pg.578]

Potassium dioxide Diselenium dichloride Sodium Non-metal halides Sodium peroxide Non-metal halides... [Pg.1442]

Hydrazinium nitrate Alone, or Metals Hydrogen sulfide Metals Potassium dioxide Metals Sulfuric acid Copper... [Pg.1496]

Aminophenol was being oxidised in THF solution at 65°C using a larger than normal proportion of potassium dioxide. When stirring was stopped after 6 h, a violent explosion occurred. This was attributed to formation of tetrahydrofuranyl hydroperoxide by the excess dioxide. THF was described as an unsafe solvent for superoxide reactions [1], A later attempt at the same reaction in toluene also led to explosion, now blamed on the substrate [2],... [Pg.1742]

Dichlorine oxide Oxidisable materials Iodine pentafluoride Metals Iodine Metals Nitrosyl fluoride Metals Perchloric acid Antimony(III) compounds Potassium dioxide Metals Potassium permanganate Antimony, etc. [Pg.1906]

See Ammonium nitrate Metals Chlorine Metals Chlorine trifluoride Metals Copper(II) nitrate Tin Fluorine Metals Iodine bromide Metals Iodine heptafluoride Metals Potassium dioxide Metals Sodium peroxide Metals Sulfur Metals Tellurium Tin... [Pg.1910]

See Potassium dioxide Metals Titanium dioxide Metals Zinc peroxide Alone, etc. [Pg.1922]

This group contains many powerful oxidants, the most common being sodium peroxide. Undoubtedly one of the most hazardous is potassium dioxide or superoxide, readily formed on exposure of the metal to air (but as the monovalent O2 ion it is not a true peroxide). Many transition metal peroxides are dangerously explosive. Individually indexed peroxides are ... [Pg.252]

Potassium dioxide Carbon Potassium nitrate Non-metals... [Pg.135]

Potassium (9-propionohydroxamate, 1206 Potassium silicide, 4653 Potassium—sodium alloy, 4641 Potassium sulfide, 4665 Potassium sulfurdiimidate, 4659 Potassium superoxide, see Potassium dioxide, 4651 Potassium tetracyanomercurate(II), 1791 Potassium tetracyanotitanate(IV), 1794 Potassium tetraethynylnickelate(2—), 2891... [Pg.2129]

See other pages where Potassium dioxide is mentioned: [Pg.1723]    [Pg.1729]    [Pg.1741]    [Pg.203]    [Pg.247]    [Pg.252]    [Pg.75]    [Pg.184]    [Pg.228]    [Pg.488]    [Pg.489]    [Pg.380]    [Pg.619]    [Pg.619]    [Pg.1804]    [Pg.1809]    [Pg.1809]    [Pg.1821]    [Pg.1998]    [Pg.2394]    [Pg.2440]    [Pg.2445]   
See also in sourсe #XX -- [ Pg.170 ]



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Carbon dioxide with potassium carbonate

Manganese dioxide, reaction with potassium chlorate

Potassium carbonate dioxide

Potassium carbonate solutions carbon dioxide removal with

Potassium chloride dioxide solubility

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