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Analytical Procedures for Explosive

ANALYTICAL PROCEDURES FOR EXPLOSIVE COMPOSITIONS USED IN DETONATORS, PRIMERS, IGNITERS AND FUZES... [Pg.1060]

NO) Encyclopedia of Explosives, PATR 2700, Vol 4(1969), pp D1060 to D1078, "Analytical Procedures for Explosive Compositions Used in Detonators, Primers, Igpiters and Fuzes" D1078 to D1107 — "Physical Tests for Determining Explosive and Other Properties of Detonators, Primers, Igpiters and Fuzes"... [Pg.353]

Analytical Procedures for Explosives and for Primary Materials Used for their Manufacture are described under corresponding primary materials, such as Aniline, Anisole, Benzene, Toluene, etc... [Pg.401]

Barlot and Medard (Refs 2 3) describe an analytical procedure for nickel nitrohydrazinate decompose the complex cautiously (to avoid an explosion) by means of coned H2S04 and determine Ni content by means of dimethylgly-oxime. Determine the hydrazine content by means of an iodate soln... [Pg.200]

Analytical procedures for LSt are also given on pp 213-15 of "Analytical Methods for Powders and Explosives , by A.B. Bofors, Nobelkrut, Bofors,... [Pg.181]

This Encyclopedia is intended to cover the following items a)Military and industrial explosives, explosive compositions, propellants and pyrotechnic compositions b)Explosives and explosive compositions which have not been used for military or industrial purposes c)Analytical procedures for the more common explosives, propellants and pyrotechnic compositions d)Compounds which deflagrate or may possibly explode because of the presence of plosophoric groups e)Ammunition items, such as projectiles, bombs, grenades, detonators, fuzes, etc fJCalibers of weapons and projectiles used in the US and foreign countries g) Brief definitions of ordnance terms h)Names of scientists who made important contributions in the fields of explosives, ammunition and weapons... [Pg.697]

Tables 16 and 17 Hst tke analytical test methods for different properties of interest. The Manufacturing Chemists Association, Inc. (MCA) has pubUshed the Chemical Safety Data Sheet SD 63, which describes in detail procedures for safe handling of use of toluene (46). The Interstate Commerce Commission classifies toluene as a flammable Hquid. Accordingly, it must be packaged in authorized containers, and shipping must comply with ICC regulations. Properties related to safe handling are autoignition temperature, 536°C explosive limits, 1.27—7.0 vol % in air and flash point 4.4°C, closed cup. Tables 16 and 17 Hst tke analytical test methods for different properties of interest. The Manufacturing Chemists Association, Inc. (MCA) has pubUshed the Chemical Safety Data Sheet SD 63, which describes in detail procedures for safe handling of use of toluene (46). The Interstate Commerce Commission classifies toluene as a flammable Hquid. Accordingly, it must be packaged in authorized containers, and shipping must comply with ICC regulations. Properties related to safe handling are autoignition temperature, 536°C explosive limits, 1.27—7.0 vol % in air and flash point 4.4°C, closed cup.
Oleum. Fuming sulfuric acid a soln of sulfur trioxide in sulfuric acid used as a sulfating and sulfonating agent. See under Acidity in Acids in Vol 1, A88-R to A90-R Acids Used in Manufacture and Analysis of Explosives in Vol 1, A93-L to A93-R and under Nitration in this Vol For analytical procedures, see under Glass Bulbs for Weighing Acids in Vol 6, G78-R to G79-R... [Pg.423]

A published analytical procedure [1] for decomposing the sodium salt with ferrous-sulfate/peroxide in nitric acid at pH 2 led to deflagration or explosion dining the evaporation stage when applied to 10 g samples, but not with 5 g samples. Presence of sulfuric acid avoids the problem [2],... [Pg.1635]

STD-286B (1 Dec 1967), Method 601.1.1, "Titanous Chloride (0.2N Standard Solution) 20) Frank pristera , 1 Expiosives in Vol 12 of Encyclopedia of Industrial Chemical Analysis, Wiley, NY (1971), pp443—45 (Nitroglycerin and Dynamites, Analysis) 445 (PETN) 445 fit 451 (Ethyleneglycol Nitrates) - 451 (Other organic nitrate esters) 451 (Ammonium Nitrate) 452—60 (Identification of explosives by infrared spectroscopy) 460—62 (Analysis of unknown HE s) 461—67 (Nitrogen content determinations) 467—70 (Other methods for quality control) 470—71 (67 references on analytical procedures)... [Pg.544]

Note We express our appreciation to MrN, Liszt, Analytical Chemical Branch Chief, Propellants Division, FRL, Picatinny Arsenal for reviewing the Analytical Section and to Dr R.W. Van Dolah, Research Director, Explosives Research Center, US Bureau of Mines, Pittsburgh, Pa for supplying current BurMines analytical procedures... [Pg.544]

Various uses of acetic acid are discussed in Refs 5 7- Its principal use in explosives industry is the manuf of cyclonite(RDX) by the Bachmann process. It can also be used for the prepn of high-nitrogen(ca 14%N) nitrocellulose. US specification JAN-A-465, covers the requirements for acetic acid used in Ordnance (see Acetic Acid, Analytical Procedures)... [Pg.25]

Analytical procedures used at the AB Bofors, Nobelkrut plants in Sweden are described in the Manual entitled Analytical Methods for Powders and Explosives , Bofors(1960), pp 169-90)... [Pg.434]

A)Explosives Division, Burnside Laboratory, E.I.duPont de Nemours Co,Inc, OSRD 3726( 19 44)( FI ashless propellant for Navy cannon) B)E.I.duPont deNemours Co, OSRD 40 35( 1944)( Analytical procedure... [Pg.119]

Hawley(Ref 8) give an example of wrought "age-hardenable" alloys which are modifications of Duralumin or of castable alloys containing Al and ca 12%. Other industrial products of Ai aiioys are granules of various sizes used for adding to molten steel, for Thermite reactions 3nd for expls, Renulre ments of the most important alloy of Al(Mg-Al) used in expls are described in a joint Army-Navy Spec(Ref 3). The tests and detns are listed under Aluminum (Analytical Procedures). The aiioy of Ai with Mg is used in pyrotechnic compositions and as a metal additive to some fci h explosives... [Pg.145]

There can be found good reviews on conventional and microchip capillary electrophoresis in forensic/security analysis [4 7] in the literature. The aim of this chapter is to overview the progress which has been made towards the development of portable microfluidic device for on-site and fast detection of nitrated explosives and to describe the major developments in this field (summarized details on analytical methods for microchip determination of nitroaromatic explosives can be found in Table 35.2). The corresponding practical protocol for measurements of explosives on microfluidic device with amperometric detector is described in Procedure 49 (see CD accompanying this book). [Pg.874]

See other pages where Analytical Procedures for Explosive is mentioned: [Pg.543]    [Pg.543]    [Pg.559]    [Pg.543]    [Pg.543]    [Pg.559]    [Pg.1077]    [Pg.698]    [Pg.519]    [Pg.238]    [Pg.600]    [Pg.24]    [Pg.317]    [Pg.57]    [Pg.207]    [Pg.128]    [Pg.128]    [Pg.1397]    [Pg.1816]    [Pg.31]    [Pg.231]   
See also in sourсe #XX -- [ Pg.411 ]



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