Magnesium ammonium nitrate carbonate

Acidic Properties. As a typical acid, it reacts readily with alkaUes, basic oxides, and carbonates to form salts. The largest iadustrial appHcation of nitric acid is the reaction with ammonia to produce ammonium nitrate. However, because of its oxidising nature, nitric acid does not always behave as a typical acid. Bases having metallic radicals ia a reduced state (eg, ferrous and staimous hydroxide becoming ferric and stannic salts) are oxidized by nitric acid. Except for magnesium and manganese ia very dilute acid, nitric acid does not Hberate hydrogen upon reaction with metals. [Pg.39]

Interaction with fused ammonium nitrate or with metal nitrates, phosphates or sulfates may be explosively violent [1]. Lithium and sodium carbonates may also react vigorously [2], The mixture with magnesium sulfate has been described as a noisy but low power bursting charge for pyrotechny [3],... [Pg.1761]

Ammonia gas, Carbon dioxide, Sodium chlorate Ammonia, Carbon dioxide. Sodium chlorate Hydrogen cyanide. Hydrocyanic acid. Prussic acid, Blausaure Hydrochloric acid. Methanol, ADNB, Methylene chloride. Nitric acid. Sodium bicarbonate. Magnesium sulfate 4,4-DNB, Methylene chloride. Magnesium sulfate. Sodium azide. Sodium hydroxide. Acetyl chloride. Ethyl acetate. Hexane TetranUine, Glacial acetic acid. Sodium azide Ammonium nitrate, TNT Sodium azide. Ammonia... [Pg.327]

Ethyl chloride. Magnesium metal turnings, Tetrahydrofuran, Arsenic trichloride. Hexanes Tetraethyl lead. Arsenic trichloride Ethylenediamine, Nitric acid. Ethanol Nitric acid. Ethanol, N,N"-Diethanolethylenediamine Dinitrate ethylene glycol. Nitric acid. Sulfuric acid Ammonium nitrate. Water, Oil, Oleic acid. Sodium hydroxide Sulfuric acid, Erythritol, Nitric acid. Sodium carbonate. Ethanol... [Pg.330]

See Carbon dioxide, above Ammonium nitrate Metals Barium peroxide Metals Dinitrogen tetraoxide Metals Hydrogen peroxide Metals Lead(IV)oxide Metals Nitric acid Metals Oxygen (Liquid) Metals Potassium chlorate Metals Potassium perchlorate Powdered metals Sodium iodate Metals Sodium nitrate Magnesium See Halogens etc., above See Metal oxides, above See Metal oxosalts, above See Sulfur, etc., below... [Pg.1843]

Sodium chloride Sodium bromide Sodium iodide Sodium sulphate Sodium silicate Potassium sulphate Lithium chloride Calcium carbonate Calcium sulphate Magnesium sulphate Manganous carbonate Ferrous carbonate. Aluminium phosphate Ammonium nitrate Organic matter... [Pg.210]

The following are examples of mixed dynamites containing an explosive base in addition to nitro-glycerine 40 per cent, nitro-glycerine, 12 per cent, wood-meal, 46 per cent, sodium nitrate, and -1 per cent, calcium or magnesium carbonate. In a French ammon-dynamite, ammonium nitrate is used. It has the following composition 40 per cent, nitro-glycerine, 10 per cent, wood-meal, 10 per cent sodium nitrate, 40 per cent, ammonium nitrate. [Pg.98]

Praseodymium is difficult to obtain in pure compounds buffi because of its scarcity and close resemblance to other elements. The best methods of separation are as follows (1) Hot. out from a double magnesium nitrate scries such fractions us contain only lanthanum and praseodymium continue the fractionation of the same salt or of double ammonium nitrate, Praseodymium appears at the soluble end, but usually neodymium appears there also, even if its presence is unsuNficctcd at first. (2) Remove from the magnesium double nitrate series the fractions which contain only praseodymium and neodymium and continue the fractionation as the manganese double nitrate, when praseodymium separates in the least soluble portions, Other methods used are Crystallization of the oxalates from nitric add of the double ammonium nitrate or double carbonate. [Pg.105]