Dynamite compositions

Toumay, Murphy, Damon and Van Dolah [41] examined the fumes produced by the detonation of ammonium nitrate-fuel mixtures. They came to the conclusion that carbon monoxide formation is within the allowed limits. However, the concentration of nitric oxide and nitrogen dioxide is much higher than in typical dynamite compositions. On the ground of these experiments they expressed the view that ammonium nitrate-fuel compositions should not be recommended for underground blasting. [Pg.462]

Ammonium nitrate, 124. Ammon-wenlher dynamite, composition of, 128. [Pg.243]

For Butene and Derivatives , see Vol 2, B375-R to B376-L. For Butene Polymer Dynamite , see Vol 2, B376-R. For the use of polyisobutylene in Composition C Type Explosives , see Vol 3, C484-L to C488-R... [Pg.808]

The composite explosives are usually those consisting of powdered mixtures of an oxidizer and an organic fuel. Dynamites are composite expls contg some NG. The composite expls examined by Gordon consisted of AN-fuel or Ammonium Perchlorate-fuel and their properties were compared with those of TNT, RRX and pure Amm Perchlorate... [Pg.423]

Dainamaito. Dynamite NG (Nitroglycerol) contg composite expls from Denki tenkagu. Electric Blasting Machine Exploder... [Pg.468]

Compositions and properties of Dynamites contg NGc are given in Vol 5i under DYNAMITE, pp D1590-R to D1592 (See also Ageing of Dynamites in Vol 1 of Encycl, pp A110-R to A112-L... [Pg.137]

Explosive Compositions are mixtures of explosive and non-explosive substances. They are listed in this Encycl as individual items such.e.s Amatols, Ammonals, Ammonium Nitrate Blasting Explosives, Black Powder, Compositions A, B, C D, Cyclonites, Dynamites and as Explosive Compositions listed-further in this Vol. (See also Composite Propellants described in Vol 3, pp C464 to C473)... [Pg.272]

Explosive Composition of Rinkenbach Corroll AN 79—84 dry urea 21—16% deton velocity 2900m/sec equivalent in strength to 50% Dynamite... [Pg.276]

Exudation Tests in Dynamites. Several tests are known. They were designed to determine whether Dynamites would remain unchanged in their composition under adverse conditions of storage... [Pg.379]

In his later work Stettbacher developed the idea of using penthrinites as substitutes for dynamite, with the following composition ... [Pg.282]

As rock explosives Dynamites and Donarits with the same composition as German Donarit were employed (the difference between Czechoslovak and German... [Pg.448]

During World War II Gelatine-Donarit 1 was extensively used, as was Dynamite 1 and Ammonite 1. The composition of Gelatine-Donarit 1 was ... [Pg.455]

Ume (plum bossom) dynamite derived from British Saxonite Matsu (pine tree) dynamite, a kind of blasting gelatine Ran (orchid flower), derived from Carbonite-and Kaede (maple leaf), a modification of Belgian Grisoutite. The last two were-soon withdrawn from use due to their undesirable products of explosion. The composition of the above explosives is tabulated below (Table 132) (according to Yamamoto [85]). [Pg.469]

During World War II the composition of some explosives was altered due to lack of raw materials such as borax. Ume-dynamite was therefore replaced by Shiraume-dynamite into which ammonium nitrate and sodium chloride were introduced. [Pg.471]

The rock explosives used in the U.S.A. are similar in composition to those used in Europe. In addition to blackpowder (with Chilian saltpetre) dynamites with the composition tabulated below are used extensively. The oldest are the straight dynamites designated by percentage expressing the content of nitroglycerine. The latter is not gelatinized but only adsorbed by woodmeal and the like. [Pg.480]

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