Industrial expls

Picrit (Pikrit). A Ger industrial expl, prepd from surplus stocks left after WW1. It consisted of PA in which up to 10% could be substituted by any aromatic nitrocompd which would not make the expl more dangerous to handle than straight PA... [Pg.773]

Baum et al (Ref 13, p 297) also stated that Lawrence (probably R.W. Lawrence of Hercules Powder Co) has shown that low deton vel increases with decrease of chge density which is opposite to what happens with high velocity. Tsibul skii has shown that some permissible NG expls can develop high vel of 6000-8000 m/sec and low velocity reaching 3000 m/sec. It depends on the strength of initiator and diam of chge. Two deton vels were also observed for some other industrial expls. It has been observed... [Pg.387]

Detonation, Shack-Wave (or Stress-Wave) Fracturing af Rock in. Accdg to Cook (Ref 3, p 339), Hino (Ref 1) published studies of the importance of the compressive Sc and tensile St strengths and the ratio Sc/St on rock fracturing by shock from three Japanese industrial expls an Ammon Gelatin, a Permitted Ammon Gelatin and an Ammon Dynamite. Their compns are not given by Cook, but the properties are... [Pg.545]

Was used as an industrial expl by The Japan Carlit Co, Ltd, Tokyo (Ref 5, p 377 and Pamphlet of Carlit Co, Table listing properties)... [Pg.506]

Explosives Consumption. The apparent consumption of industrial expls in the US for 1972 was 2670 million pounds (about 1210 million kilograms). Apparent consumption of expls and blasting agents increased in all use categories except in construction and metal mining... [Pg.362]

Gelatine-Donarit (Ger). A rype of gelatinous industrial expl which contd DNCIH+NGc 30,... [Pg.689]

Geligoites, although originally industrial expls, were used during WWII by the British and American Armed Forces mostly for demolition charges, but also in some A/T mines and in Stickey Grenades. They were used under the names of Saxonite or Nobel"s 803(808, 223 or 853). A typical compn was NG (gelatinized with 2—7% Collod Cotton)... [Pg.700]

TNX has been used in composite expls as a partial substitute for TNT. For example, Ya.I. Leitman proposed during WWII a mixt of TNT 95 TNX 5%, under the name of L plav (L-Fuse or L-Mixture), for castloading anti-tank mines and in demolition blocks. The L-Splav has a d of loading 1.54-1.56g/cc and mp 74°. It is more sensitive to initiation than TNT, requiring a smaller booster chge (such as Tetryl) and can be initiated by a very strong detonator alone. TNX has also been used in industrial expls... [Pg.219]

N.S. Bakharevich et al , Ibid 1966(60/17), 143-56 CA 67, 13424z(1967) [Studies of Russian industrial expls Metanits an d Miporits (described later in this Volume) showed that both expls are safe for use in gaseous and dusty coal mines]... [Pg.573]

L. Guricza, HungP 153950(1967) CA 67, 110247b(1967) [Industrial expls of low bulk density were prepd by mixing usual AN expls with 2—15% by wt of plastic foam (such as urea-formaldehyde, polystyrene or polyurethane of 10-50kg/m3 bulk density). [Pg.581]

M. Shinohara K. Uratsuji, JapanP 69 23038(1969) CA 72, 4841j(1970) [industrial expls with low shock sensitivity were obtd as for example, by kneading TEGDN (Triethyleneglycol Dinitrate) (mixed with some NG+NGc and gelled with 0.7%... [Pg.608]

L- Nemeth, PublHungMiningResInst 1969, (12), 197-201 (1969) CA 73, l6937d(1970) (Hungarian industrial expls with low volume and their fields of application are described)... [Pg.610]

A.F. Azarkevich, Fiz-TekhnProblRazrab-Polezlscop 1970, (3), 64-9 CA 73, 89719u (1970) [Correlation between the characteristics (parameters), such as heat of expin, deton rate and Hess brisance, as detd in the laboratory and their mining efficiency, was detd for some Russian industrial expls. Ammonit 63ZhV was used as a standard... [Pg.613]

A.N. Afanasenkov, Ibid, 1970(68/25), 93—100 CA 73, 89720n(1970) [Detonation props of industrial expls, which included pressure of deton, critical pressure of initiation by shock waves and transmission distance of initiation of detonation (gap) were detd]... [Pg.613]

A -4 and AS-8- Russian granular metallized expls claimed to be more effective than AN-based industrial expls Detonit lOAand Am-monit No 1. Their compn is not given in CA listed below... [Pg.624]

Information ahout Belgian explosives, industrial and military, was communicated to us in 1959 by Drs L. Deffet and the late F. Lebrun. Composition of current industrial expls is given iri Vol 2 of Encycl, p B29, while older industrial expls are only listed on p B30 without giving their, compositions... [Pg.626]

Brazilian Dynamites. Industrial Explosives in Brazil are described by Borges (Ref 2). The following plants manufg Dynamites and other industrial expls are listed in Ref 2 a) Fabrica Presidente Vargas at Piquere,... [Pg.628]

Detonit 10A (Russ). This industrial expl was investigated from the point of view of formation of toxic gases during expln in mines, but its compo was not given in CA of Ref... [Pg.634]

Kuro Carlit (Black Carlit). A Japanese industrial expl described in the following Refs Refs 1) K. Ito, KogyoKayakuKyokaishi 26 (3), 140-41(1965) CA 64, 17344(1966) listed as AddnlRef No 228 under DYNAMITE 2) K. Sakamoto H. Yoshitoni, Ibid 27(6), 377-81(1966) CA 66, 117543h(l967) listed as AddnlRef No 319 under DYNAMITE... [Pg.640]

Although these compds are not expl they contain enough nitrogen to be of some interest as potential gas-producing components for propellants or industrial expls Ref L.F. Audrieth J.W. Currier, "Derivatives of 5 Ami note tr azole," Univ of Illinois Final Rept Part B on "Compounds of High Nitrogen Content," Urban a, 111, June 15,... [Pg.133]

Notwithstanding satisfactory performance of aluminized expls, they were not used much as long as the quantity of Al on the market was limited and its cost much higher than of any other ingredient of the expl compn. When these drawbacks were overcome, (some time after WWI), more and more aluminized expls started to be used not only for military purposes but also as industrial expls. This included the use of Al powder in some primary and ignition compns, as was proposed in 1906 by Venier (Ref 3). [Pg.146]

The term nitrate is also used when HNOa combines directly with an organic molecule without replacing any H, as in aniline nitrate Many nitrated aromatic and aromatic-aliphatic derivs have been prepd and theoretically many more can be prepd. Numerous compds of these types, already prepd are expl, bur relatively few possess a combination of props which make them acceptable for use as military or industrial expls The individual nitrated compds are described in this work under what may be considered their parent compds eg TNT under toluene, PA (2,4,6-trinitrophenol) under phenol, etc... [Pg.487]

In recent years it has become popular to characterize the effectiveness of industrial expls in terms of their measured underwater shock and gas bubble effects (Refs 6,18 21). For example, it is claimed (Refs 6 21) that measured gas bubble energies correlate well with performance of the expl in breaking rock... [Pg.62]

The writer used this scheme for estimating pi for a variety of industrial expls (Ref 12)... [Pg.293]

Xytolite. Trade name of a semigelatinous industrial expl distributed in Fr by Nobel-Bozel and the Sodete Anonyme des Explosifs. Its d is 1.20g/cc and weight strength (ealed from c.u.p. value of 73) is 47%... [Pg.417]

Belgian industrial expls 2 B29 Belgian plants currently manufacturing ammo, weapons and related items 2 B31 Belgian weapons listing 2 B31— B32... [Pg.484]

Commercial or industrial expls 3 C434—C459 coal mining expls, nonpermissible 3 C437-C444... [Pg.525]

Commercial or industrial expls prepared from surplus military proplnts 3 C459-C460... [Pg.525]

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