Pulsed laser ablation in liquid (PLAL) has been established as one of the most efficient and
impactful methods for producing pure and ligand-free nanoparticles (NPs). PLAL has …

Non-equilibrium molecular dynamics simulations were carried out to explore the effects of
the shock intensity and loading duration on the spallation fracture mechanisms for single …

The study of high-velocity particle-laden flow interactions is of importance for the
understanding of a wide range of natural phenomena, ranging from planetary formation to …

Understanding dynamic fragmentation in shock-loaded metals and predicting properties of
the resulting ejecta are of considerable importance for both basic and applied science. The …

A high resolution picosecond laser imaging diagnostic has been developed for making high-
resolution spatial measurements of ejecta particles moving at high velocities (a few km. s-1) …

When a shock wave of several tens of GPa breaks out at a free surface, a material is ejected
ahead of this surface. The amount and velocity of such ejecta depend on the breakout …

The dynamic process of the hypervelocity impact induced microjet from the grooved metal
surface is studied theoretically and experimentally. Based on shock wave theory and …

Molecular dynamical simulations are performed to investigate the evolution of unsupported
shocks in a two-dimensional Yukawa solid. When a boundary of the solid moves uniformly …

Experiments were performed on grooved Sn and Cu samples to study the temporal
evolution of microjets. Jets were generated by the impact of gun-launched flyer plates …

The material damage and fragments features under certain shock waveform are of great
significance in the shock compression phenomena. Herein, molecular dynamics simulations …