Nitrogen oxides Nitroglycerin

Primaquine Sulfonamides Trimethoprim Sodium nitrate Nitrogen oxides Nitroglycerin Propanil Sodium nitrite... 

Nitric acid, 98 Nitric oxide, 98 Nitrilotriacetic acid, 98 p-Nitroaiiiline, 99 Nitrobenzene, 99 Nitrocarbono SA, 146 Nitrocellulose, 99 p-Nitrochlorobenzene, 99 Nitroethane, 99 Nitrofen, 99 Nitrogen, 99 Nitrogen dioxide, 99 Nitrogen oxides, 99 Nitrogen trifluoride, 99 Nitroglycerin, 100 Nitrokemia 200 Rt., 167 Nitromethane, 100 5-Nitro-o-anisidine, 99 5-Nitro-o-toluidine, 100 Nitrophenols, 100... 

Whilst carbon monoxide and nitrogen oxides are the toxic products of explosives, other constituents of the fume cause a characteristic smell. As the nitroglycerine content of explosives is reduced, this smell tends to become rather unpleasant. Subjective tests must be used for its estimation. 

The test for nitroglycerine powders at a temperature of 120°C (nitroglycerine powders cannot withstand higher temperatures) here the same conditions apply as in the test for nitrocellulose powders, viz. appearance of the nitrogen oxides after a lapse of at least 45 min and no explosion for 5 hr. The same test can be carried out in the presence of methyl violet test papers. Decoloration of the paper should not occur before 30 min. 

R. Robertson [62] examined the decomposition of nitroglycerine at temperatures from 90 to 135°C, using a carbon dioxide stream to remove volatile decomposition products. The concentration of nitrogen oxides in the jet of carbon dioxide was established spectrographically. He found in this way that nitroglycerine decomposed in a manner similar to that of fairly well stabilized nitrocellulose, but more rapidly. In the temperature range of 95—125°C, every 5° elevation of temperature doubled the decomposition rate in these conditions. 

Kaufman [111] found that nitroglycerine is quite susceptible to y-radiation, N2, nitrogen oxides, H2, C02 and CO being evolved. 

Monosodium Glutamate N,N-Diethyl-3-Methyl-henzamide Niacin Nicotine Nitric Acid Nitric Oxide Nitrogen Dioxide Nitroglycerin Nylon 6 and Nylon 66 Penicillin Polyurethane Potassium Nitrate Pyridoxine Riboflavin Saccharin Silver Nitrate Sodium Cyclamate Theobromine Thiamine Triclocarban Urea... 

The heat resistance of glycerine dinitrate is better than nitroglycerine. In the Abel test, the decomposition phenomenon only can be observed at set temperature for 16 days. At 150 °C, brown nitrogen oxide can be released. Its explosive decomposition temperature is above 170 °C. 

Nitroglycerine will be boiling at 180 °C and decomposed to release nitrogen oxide and water vapor. There are diluted nitric acid and a small amount of nitroglycerine in distillate. The boiling point of nitroglycerine is 180 °C at 50 mmHg... 

Nitro isobutyl glycerine trinitrate is less thermally stable than nitroglycerine. It would be slowly decomposed during storage. The decomposition will be accelerated by acids, bases, water, and other impurities, or under heat treatment because of the self-catalyzed reaction of nitrogen oxide released in the decomposition process. 

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