… demonstrate a divided-pulse laser (DPL), which implements coherent pulse division and …
within the laser cavity. Similar to the temporal pulse division in DPA, the pulse is divided before …

… Recently, another promising approach called divided-pulse amplification (DPA) has
been presented [6,7]. A laser pulse is split into a number of replicas; these replicas are then …

… pulse compression of temporally divided pulses can provide peak power much higher than
the self-focusing threshold [21, 22]. Although divided-pulse … μm where laser pulses travel in …

… laser system with divided pulse amplification in an anomalous dispersion double-cladding
nonlinear fiber amplifier, where pulse … The laser system delivered 122-fs pulse duration and …

… Divided-pulse amplification is a promising method for the energy scaling of femtosecond
laser amplifiers, where pulses are temporally split prior to amplification and coherently …

… for micromachining purposes, the determination of ablation rates d (=absolute ablation depth
divided by the number of pulses per spot N) and ablation threshold fluences Fth is essential…

… a sub-100 fs pulse laser with high average … divided pulse amplification based on an Er-doped
fiber laser. Theoretical and experimental results clearly revealed the spectrum and pulse …

… The double-pulse laser was obtained from a single laser which was provided with a delayed
divided pulse scheme. The time delay control between the two split parts was realized by …

… Fiber lasers and amplifiers are … of dividedpulse amplification, ie an additionally performed
temporally separated amplification. With the help of this multidimensional pulse stacking, laser …

… Nanosecond double-pulse laser drilling is reported in this paper. The double-… Defining the
average drilling rate as a thickness divided by pulse's number for drilling-through, our results …