Energy Relative Release During Susan Test for

Detonation (and Explosion), Energy (Relative) Release During Susan Tests for Ignition of Explosives by Impact. Tables 2, 3 4, pp 

Estane as binder), PBX-9404-03 (HMX with 3% NC 3% chloroethyl phosphate as binders) and Composition B-3- Viton A is dilPont Vinyliden fluoride hexafluropropylene copolymer 

See under Detonation (and Explosion), Energy of. See also Cook(1958), 78-9 and the next item 

If not, the wave has the more usual peaked pressure/time profile a following rarefaction produces a negative phase, and the shock strength steadily declines because of the energy degradation accompanying the progress of the wave 

The energy increment that is passed on has been called the enthalpy excess, but might better be called the thermal or internal energy excess, for the products at the iso-choric adiabatic explosion temperature have, by definition, exactly the same total internal energy as the original undetonated explosive 

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Energy (relative) release during Susan test for ignition of expls by impact 4 D266... 

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