The interaction of two subsequent ultra-short sub-milli-Joule laser pulses with a thin water
flow results in an emission of a strong single-cycle THz pulse associated with enhanced soft …

Revealing the expansion and interaction dynamics of multiple shock waves induced by a
nanosecond laser is important for controlling laser surgery. However, the dynamic evolution …

Laser ablation has emerged as a promising technique for fabricating nanoparticles (NPs) on
metal surfaces, as demonstrated by extensive experimental and simulation studies …

Controlled processing of transparent materials with ultrashort laser pulses requires a
detailed and precise knowledge of the various laser-matter interaction mechanisms from …

We conduct an experimental study supported by theoretical analysis of single laser ablating
copper to investigate the interactions between laser and material at different sample …

Air breakdown is generated by a 1064 nm nanosecond pulsed laser beam, and laser energy
deposited in the breakdown (E _d), transmitted through the plasma region (E _t) and carried …

Two pre-pulses focused at different positions and at different time moments were used to
enhance THz emission generated by the main pulse. The emission of THz radiation from air …

When a high-power laser beam is incident on water, the rapid heat transfer process triggers
ionization of the water in the active region, resulting in an explosion as well as outward …

The absorbed energy from a short pulse laser produced plasma is proportional to the
magnitude of the acoustic wave the plasma launches; however, methods to resolve absolute …

Femtosecond lasers are an important industrial tool for material processing, offering many
advantages such as micrometric resolution, material independent processing and …