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Blast performance

The Comparative Blast Performance of Torpex 2, Mmol 2, 60/40 RDX/TNT, TNT, and 60/40 Amatol , Report No 57/44 (April 1944) 7)Committee of Divisions 2 and 8, NDRC, Report on Minol and Torpex, Committee on Fillings for Aerial Bombs , OSRD 4243 (Oct 1944) 8) Anon, Allied and Enemy Explo-... [Pg.158]

Anon, The Use of Aluminized Explosives in Depth Charge Mark VII , SS Report No 1160 (Oct 1942) 5) Anon, Blast Performance... [Pg.159]

Anon, Summary of Data Relating to the Comparative Blast Performance of Amatol 60/40, TNT, RDX/TNT 60/40 and Aluminized Fillings, eg, Minol and Torpex , ARDE Report 58/44 (April 1944) 22) Anon, Summary... [Pg.159]

Data (from American Reports) Blast Perform-... [Pg.159]

Anon, Minol Mixtures of High Aluminum Content. Improved Blast Performance of Minol Containing 28% Aluminum , ARDE Report 118/44 (Sept 1944) 32) Anon, Studies of... [Pg.160]

Biddleman, Measurements of Fragment Velocity of 4000 lb L.C. Bombs and 1800kg S.C. German Bombs , BRL-MR-390 (August 1945) 44) Anon, Bombs H.C. 4000 lb Blast Performance of Minol 2 with A1 of Grist 36/Dust , ARDE Report 91/45 (Sept 1945) 45) Anon,... [Pg.160]

The US Air Force formulation designated as AFX 644 (based on TNT and NTO and also referred to as TNTO IV) is used for low-vulnerability General Purpose (GP) bomb. AFX-644 is a melt-cast, wax desensitized nitrotriazolone (NTO)-based explosive formulation which employs TNT as an energetic binder and aluminum powder to enhance blast performance. TNT, NTO, wax and A1 powder are mixed in proportions of 30,40,10 and 20% respectively and meets the United Nations ... [Pg.125]

A new insensitive, cast-cured PBX called -135, has been developed in order to meet the requirements of US Navy s Insensitive Munitions Advanced Development Programfor High Explosives (IMAD/HE). PBXIH-135 has enhanced internal blast performance, improved non-vulnerability and penetration survivability characteristics compared with PBXN-109. Thermobaric explosives are required to defeat hard and deeply buried structures. PBXIH-135 thermobaric explosive which not only offers effective blast and thermal effects, but is also extremely insensitive to factors responsible for accidental detonation during transit or storage, may also be used for this purpose. [Pg.131]

The total energy value of an expl can be meaningless. The energy must be available in time to do useful work, velocity and density also are very important factors in detg blast performance. The best expl for a given operation is not necessarily the highest strength, density... [Pg.448]

This explosive is not toxic, and its technological blasting performance resembles that of hexanitrodiphenylamine. It is sparingly soluble in alcohol and ether, but is readily soluble in glacial acetic acid and acetone. [Pg.231]

FIGURE 17.3 BLAST performance, time in seconds to process a 500 base pair query against the NR database, and pre- and postsoftware optimization. [Pg.406]

See other pages where Blast performance is mentioned: [Pg.70]    [Pg.159]    [Pg.159]    [Pg.552]    [Pg.427]    [Pg.67]    [Pg.423]    [Pg.724]    [Pg.136]    [Pg.67]    [Pg.71]    [Pg.160]    [Pg.160]    [Pg.553]    [Pg.423]    [Pg.603]    [Pg.439]    [Pg.619]    [Pg.81]    [Pg.93]    [Pg.375]    [Pg.382]    [Pg.227]   
See also in sourсe #XX -- [ Pg.7 ]



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