FIELD: weapons and ammunition.
SUBSTANCE: proposed method comprises initiation of consecutive blasting of the set of test ammunition with complete coverage of hit fields of standard fuel compartment simulator inlet wall with subsequent formation of shell-holes in fuel tank simulator. It includes a direct contact between blasting products, fragments, vapours and fuel effluent from fuel tank simulator shell-holes, ignition and combustion of fuel, and fuel ignition registration. Proposed device comprises test projectile, standard fuel tank simulator, preset-depth metal plate, radiation receiver, signal processor, initiator and blast chamber with the slot. Slot width and length allows selecting of projectile hit fields and set of test projectiles.
EFFECT: higher accuracy of estimation.
2 cl, 2 dwg
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