Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Primers, military

Primer (Military). See Section 3, Part D and Section 4, Part E... [Pg.749]

Primers, Military (US) (Table E9 on p E57 gives electrical characteristics and compos of explosive trains of Electric Primers XM85, 87, 88 and 89) Electric Squib, MK1, All-Purposes (Vol 5, p E59-L) Electro-Explosive Devices (Vol 5, pp E63 L to E64-L)l Electro-Explosive Devices, Pulse Firing (Vol 5, p E65) Electro-Explosive Device, Thin Film for (Vol 5, p E68-L)... [Pg.418]

Electric Delay Primers (Military) (US). Two of such electric delay primers Gasless Electric Delay Fuze Primer, Mkll5 and Experimental Delay Fuze Primer are described in Vol 4, pp D868 D869, Figs 1-62 1-63... [Pg.671]

Electric Primers (Military)( US). There are the following two types of electric primers ... [Pg.699]

The heat peUet used for activation in these batteries is usually a mixture of a reactive metal such as iron or zirconium [7440-67-7] and an oxidant such as potassium perchlorate [7778-74-7]. An electrical or mechanical signal ignites a primer which then ignites the heat peUet which melts the electrolyte. Sufficient heat is given off by the high current to sustain the necessary temperature during the lifetime of the appHcation. Many millions of these batteries have been manufactured for military ordnance as they have been employed in rockets, bombs, missiles, etc. [Pg.537]

In primer formulations for adhesive bonding of metals, the coupling agents that are most frequently used are those based on epoxy and amine functionalities. Aqueous solutions of aminosilanes have been successfully used for obtaining stable adhesive bonds between epoxy and steel [10] and epoxy and titanium [11,12], while epoxy functional silanes are preferable for applications involving aluminum substrates [13,14], A simple solution of % epoxy functional silane in water is currently used for field repairs of military aircraft [15] where phosphoric acid anodization would be extremely difficult to carry out, and performance is deemed quite acceptable. [Pg.437]

The larger rifles such as the familiar military rifle use cartridges of the type shown in Fig. 19.3. The relatively heavy base contains centrally a pyrotechnic percussion igniter (cap) and also a rim on which the ejector mechanism operates. Bullets can be made of various materials, but the detailed construction depends on whether they are to be used for armour piercing, anti-personnel, incendiary or tracer purposes. In operation, the primer is fired by the striking pin of the rifle, the propellant ignites and the... [Pg.185]

The items used for military purposes include those used for small arms ammunition, artillery ammunition, rocket ammunition, aircraft bombs, land sea mines, grenades, demolition devices and pyrotechnic devices. As some items (such as detonators, primers, etc) can be used in several kinds of ammunition our write-up might contain some repetitions... [Pg.733]

DETONATORS, IGNITERS, PRIMERS AND OTHER INITIATING DEVICES USED FOR MILITARY PURPOSES... [Pg.742]

Section 2, Part C History of Development of Military Detonators, Igniters, Primers and of Other Initiating Devices... [Pg.753]

DETONATORS, IGNITERS AND PRIMERS USED FOR INITIATING LOW EXPLOSIVES (INCLUDING PROPELLANTS) IN MILITARY AMMUNITION (EXCEPT IN FUZES)... [Pg.757]

US military primer-igniters may be identified by designations Ml, M1A1, M1A2, M2, M2A1, etc (See Nomenclature in Section 2,... [Pg.792]

US Military stab primers consist of a cylindrical metallic cup varying in size from 0.16-inch diam by 0.100-inch length (Navy Primer MklQ2) to 0.241-inch diam by 0.340-inch length (Army Primer M45). The sensitive end of Navy stab primers is closed by a very thin metal cover disk crimped into place. The closure of the opposite side may be of the same type (in this case the metal is turned over and the disk placed prior to loading), or the cup may have a closed end... [Pg.850]

Hayes (1938), 572-78 (Propellent primers-percussion, friction, electric, combination and igniting) 578 (Fuze primers) 579-97 (Projectile fuzes) 624-25 (Historical on primers in military rifles) 658-60 (Small arms primers) 660 (Berdan primer)... [Pg.1024]

Priming and initiating components) 58-81 (Firing devices) 81-2 (Percussion primers) 82-3 (Military blasting caps) 130-31 (Fuze, bullet impact, Ml)... [Pg.1028]

Method No 203. Primer Mix, New No 4 has been used principally in rifle grenade fuzes and bomb primer detonators. US Military Spec MIL-P-2499 (1950) requirements Moisture, max 0.30% and Composition MF 35, Sb sulfide 30 and K chlorate 35%... [Pg.1060]

Method No 207a. US Military Spec MIL-D-45441C (MU) (1966) covers the requirements of Stab Detonator M61, while MIL-D-462098B (MU) (1968) covers the requirements of Detonator M44E1. Composition of primer mixture for each of these detonators is the same as listed in Method No 207, except that Basic LSt can be replaced by Normal LSt. Following are the procedures ... [Pg.1063]

Method No 208. Primer Mix for M3 Ignition Cartridge. US Military Specification MIL-C-20480A(1954) requirements are Moisture, max - percentage not given, and its compo-... [Pg.1063]

Method No 209. Primer Mix in the M29A1 Percussion Primer, used in artillery fuzes. US Military Specification MIL-P-2496D(1967) requirements Moisture, max 0.30% and Composition TNT, Sb sulfide, Pb thiocyanate K chlorate. Percentages of ingredients are not given Procedures ... [Pg.1064]

See other pages where Primers, military is mentioned: [Pg.9]    [Pg.433]    [Pg.651]    [Pg.849]    [Pg.849]    [Pg.850]    [Pg.850]    [Pg.852]    [Pg.858]    [Pg.56]    [Pg.211]    [Pg.303]    [Pg.310]    [Pg.130]    [Pg.774]    [Pg.1043]    [Pg.1060]    [Pg.1063]    [Pg.1063]   
See also in sourсe #XX -- [ Pg.4 , Pg.774 ]



SEARCH



© 2024 chempedia.info