A variety of laser-material interaction experiments have been conducted at Lawrence Livermore National Laboratory (LLNL) utilizing the solid-state heat capacity laser (SSHCL). For these series of experiments, laser output power is 25kW, on-target laser spot sizes of up to 16 cm by 16 cm square, with air speeds of approximately 100 meters per second flowing across the laser-target interaction surface as shown in Figure 1. The empirical results obtained are used to validate our simulation models
La formation et la propagation de vagues de de détonation supportées par laser (LSD) et l'accoupleme...
In this work, ultrashort pulsed laser interactions with metallic targets and laser-induced effects w...
Selective Laser Melting (SLM) is a powder bed fusion additive manufacturing process used increasingl...
We study the material interactions of a 25-kW solid-state laser, in experiments characterized by rel...
Experiments involving the interaction of a high-power laser beam with metal targets demonstrate that...
A short overview of basic problems connected with high power laser radiation interaction with solids...
The Solid-State, Heat-Capacity Laser (SSHCL) program at Lawrence Livermore National Laboratory is a ...
Literature on laser-solid interaction is surveyed and the important regimes of this process are deli...
The optimal use of lasers requires the understanding of the primary parameters pertinent to laser be...
This Exploratory Research Project addressed the coupling between short pulse, short wave length, hig...
Lasers have wide applications in numerous areas. Laser-based applications and technologies often inv...
In this article, vaporization processes in the laser interaction with materials are studied theoreti...
Detailed processing-property correlation studies have been attempted on laser beam welded AA 5024 (A...
Measurements have been made to determine safe levels of laser exposure on common metals used in cont...
Laser–material interaction is the fascinating nexus where laser physics, optical physics, and materi...
La formation et la propagation de vagues de de détonation supportées par laser (LSD) et l'accoupleme...
In this work, ultrashort pulsed laser interactions with metallic targets and laser-induced effects w...
Selective Laser Melting (SLM) is a powder bed fusion additive manufacturing process used increasingl...
We study the material interactions of a 25-kW solid-state laser, in experiments characterized by rel...
Experiments involving the interaction of a high-power laser beam with metal targets demonstrate that...
A short overview of basic problems connected with high power laser radiation interaction with solids...
The Solid-State, Heat-Capacity Laser (SSHCL) program at Lawrence Livermore National Laboratory is a ...
Literature on laser-solid interaction is surveyed and the important regimes of this process are deli...
The optimal use of lasers requires the understanding of the primary parameters pertinent to laser be...
This Exploratory Research Project addressed the coupling between short pulse, short wave length, hig...
Lasers have wide applications in numerous areas. Laser-based applications and technologies often inv...
In this article, vaporization processes in the laser interaction with materials are studied theoreti...
Detailed processing-property correlation studies have been attempted on laser beam welded AA 5024 (A...
Measurements have been made to determine safe levels of laser exposure on common metals used in cont...
Laser–material interaction is the fascinating nexus where laser physics, optical physics, and materi...
La formation et la propagation de vagues de de détonation supportées par laser (LSD) et l'accoupleme...
In this work, ultrashort pulsed laser interactions with metallic targets and laser-induced effects w...
Selective Laser Melting (SLM) is a powder bed fusion additive manufacturing process used increasingl...