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Attenuation, Break, Cessation, Cutoff,Decay

Detonation Attenuation, Break, Cessation, Cutoff, Decay, Dying-out, Extinction, Fadeout and Failure [Pg.223]

The cutoff observed by Rozing Khariton (Ref 1) in detonation of explosives in tubes of small diameter and also discussed in the book of ZeTdovich Kompaneets (Ref 8, pp 213-16) is an abrupt extinction of the detonation by rarefaction waves from the sides of the charge reaching the axis before completion of the chemical reaction. It [Pg.223]

Apin Bobolev (Ref 4) investigated detonation of TNT and reported that propagation stopped for liquid TNT if the diam of sample dropped below 32 mm [Pg.224]

Same investigators (Ref 5) observed photographically behavior in detonation of powdered explosives solid NG (stable form), PETN, RDX PA. In all the expls tested a detonation break was found which appeared [Pg.224]

Gurton (Ref 6) discusses the fading of detonation and gives a curve (See Fig 1) showing build-down and fading of deton in Ballistite of density A = 1.05 g/cc. Curve 1 is for diameter of cartridge d = 2.54 cm and curve 2 for d = 2,27 cm [Pg.225]


Extinction of Detonation. See under "Detonation Attenuation, Break, Cessation, Cutoff, Decay, Dying-out, Extinction, Fadeout and Failure in Vol 4, pp D223-R to D225-R... [Pg.370]

Detonation attenuation, break, cessation, cutoff, decay, drying-out, extinction, fadeout and failure 4 D223... [Pg.540]




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