To reduce environmental pollution in the production process and impact sensitivity and improve the formability and mechanical properties of aluminized explosives

a new explosive is obtained by hierarchically packaging RDX. Pressure-time curves of aluminum film explosive and traditional aluminized explosives based on RDX were determined by underwater explosion experiments. Explosion energy and detonation velocity of aluminum film explosive and aluminized explosive were obtained by analyzing the curves

and their differences were examined. The results show that the structure of aluminum film explosive is that RDX and aluminum film are connected independently along the axial direction

which is beneficial to minimize the impact that additive impedes transmission of detonation wave. The detonation velocity of the new explosive is greater than that of aluminum particle explosive

so the shock loss coefficient of aluminum film explosive is greater. Compared to aluminum particle explosive

the shock wave energy of aluminum film explosive is decreased by 10.16%—10.33%

while its explosion energy and impulse nearly equal to those of aluminum particle explosive. The calculation proves that the C-J pressure formula of aluminum film explosive is reasonable.