Commercially pure titanium, Shock-induced strengthening, Gradient microstructure, α-ω martensitic transformation, Hierarchical nanotwin
Equation of state, Energetic structural materials, Shock-induced chemical reaction, Shock compression, Ni/Al
Laser ignition, Al/Ni energetic composite, metalized explosive, laser-induced plasma, early-stage performance, laser-induced self-sustaining reaction
Ta-Ni-Al energetic structural materials, Explosive consolidation, Mechanical properties, Microstructures, Impact-induced energy release
Microstructure, Metastable intermolecular composites, Droplet microfluidic technology, combustion, Al/WO3
Mechanical property, Thermal reaction behavior, Ignition characteristic, Al powder, Al-Bi2O3 thermite
Composite explosive, Microfluidics, Meso-structure control, Ignition suppression, Low-velocity impact
HMX, Channel assembly, Meso-structure control, Ignition suppression, impact
Explosive, Microfluid, Meso-structure control, Ignition suppression, Low velocity impact