Hydrogen cyanide peroxide

Hydrogen cyanide Calcium cyanide Potassium cyanide Sodium cyanide Hydrogen fluoride as F Hydrogen peroxide Hydrogen selenide as Se Hydrogen sulphide Hydroquinone... 

Hydrazoic acid Hydrides, volatile Hydrogen cyanide (unstabilized) Hydrogen (low pressure) Hydrogen peroxide (> 35% water) Magnesium peroxide Mercurous azide Methyl acetylene Methyl lactate Nickel hypophosphite Nitriles > ethyl Nitrogen bromide... 

Hydrogen cyanide, wt-ppm Acetonitrile, wt-ppm Acetaldehyde, wt-ppm Acrolein, wt-ppm Acetone, wt-ppm Peroxides (as H2O2), wt-ppm Water, wt %... 

Hexatriene, 270 Hydrazine, 109 Hydrogen, 61 Hydrogen cyanide, 76 Hydrogen fluoride, 71 Hydrogen peroxide, 111 2-Hyd roxypropylene, 216 Hyperconjugation, 33, 35, 37, 4 ... 

Hydrogen cyanide (anhydrous), 15, 89 Hydrogen peroxide, 13, 94 16, 31 16, 4 Hydrogen sulfide, 16, 81 Hydrolysis... 

Hydrogen cyanide reactions catalysts, 6,296 Hydrogen ligands, 2, 689-711 Hydrogenolysis platinum hydride complexes synthesis, 5, 359 Hydrogen peroxide catalytic oxidation, 6, 332, 334 hydrocarbon oxidation iron catalysts, 6, 379 reduction... 

Pretreatment of rats with chlorpromazine (10 mg/kg intramuscularly) and sodium thiosulfate (1,000 mg/kg intraperitoneally) greatly decreased or abolished the increase in plasma creatine kinase observed in rats exposed to hydrogen cyanide at 200 ppm for 12.5 minutes (O Flaherty and Thomas 1982). In an in vitro study, chlorpromazine and 4,4 -diisothiocyano-2,2 -stilbene disulfonic acid reduced cyanide-induced contractions in vascular smooth muscle (Robinson et al. 1985a). It was suggested that chlorpromazine prevents cyanide-induced calcium influx and reduces peroxidation of membrane lipids (Maduh et al. 

Unstable chemicals are subject to spontaneous reactions. Situations where unstable chemicals may be present include the catalytic effect of containers, materials stored in the same area with the chemical that could initiate a dangerous reaction, presence of inhibitors, and effects of sunlight or temperature change. Examples include acetaldehyde, ethylene oxide, hydrogen cyanide, nitromethane, organic peroxides, styrene, and vinyl chloride. 

Toluene, Sulfur, Ammonia, Chlorine Benzene, Sulfur chloride. Ammonia Toluene, Sulfur chloride. Ammonia Picryl chloride. Methanol, Potassium hydroxide Hydrogen cyanide. Sodium azide, Copper-II-sulfatepentahydrate, Hydrogen peroxide. Formic acid. Ammonium chloride Nitric acid. Sulfuric acid. Triazoethanol, Sodium bicarbonate... 

Acrylonitrile of 99.5-99.7% purity is available commercially, with the following specifications (ppm by weight, maximum) acidity (as acetic acid), 10 acetone, 75 acetonitrile, 300 acrolein, 1 hydrogen cyanide, 5 total iron, 0.1 oxazole, 10 peroxides (as hydrogen peroxide), 0.2 water, 0.5% and nonvolatile matter, 100. Hydroquinone monomethyl ether (MEHQ) is added as an inhibitor at concentrations of 35-45 mg/kg (ppm) (Cytec Industries, 1994, 1997). Trade names for acrylonitrile include Acritet, Acrylon, Carbacryl, Fumigrain and Ventox. 

Acrylonitrile will polymerize violendy in the absence of oxygen if initiated by heal, light, pressure, peroxide, or strong acids and bases. It is combustible and ignites readily, producing toxic combustion products such as hydrogen cyanide, nitrogen oxides, and carbon monoxide. 

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