Interaction of a laser beam with a target generates a high velocity expanding plasma plume, solid debris and liquid nano- and microparticles. They are produced from plasma recombination and vapor condensation and can be deposited on optical elements located nearby the target. Two distinct kinds of particles were observed depending on the temperature achieved in the plasma plume: large micrometer-size fragments for temperatures lower than the critical temperature, and very small nanometer-size particles for higher temperatures. The paper presents experimental observations of fragments and nanoparticles in plasma plumes and a comparison with models
The influence of a reactive atmosphere on the formation of nanoparticles (NPs) in the plasma plume g...
International audienceBoth laser ablation and spark discharge techniques are promising green methods...
Optimised ultrafast laser ablation can result in almost complete ionisation of the target material a...
International audienceNanoparticles formation in a laser-induced plasma plume in the ambient air has...
A study has been made of the generation of particles during laser ablation and has included size dis...
A study has been made of the generation of particles during laser ablation and has included size di...
The charge particle emission form laser-generated plasma was studied experimentally and theoreticall...
International audienceNanoparticle formation by laser ablation in liquids is studied numerically. We...
Particle-in-cell methodology is applied to study the simultaneous charging and coagulation of a nano...
Ultrashort pulse laser ablation leads to the generation of plasma plumes (consisting of highly energ...
Laser-induced formation of submicrometer dust particles and the subsequent coalescence phenomena in ...
Due to the small dimensions, nanoparticles and materials consisting of nano-sized building blocks ex...
In this paper experimental temperature and density maps of the laser induced plasma in water during ...
This work describes the synthesis of nanoparticles during interaction of several different metals (A...
Special liquid droplet targets that are irradiated by a high power laser and are plasmarized to form...
The influence of a reactive atmosphere on the formation of nanoparticles (NPs) in the plasma plume g...
International audienceBoth laser ablation and spark discharge techniques are promising green methods...
Optimised ultrafast laser ablation can result in almost complete ionisation of the target material a...
International audienceNanoparticles formation in a laser-induced plasma plume in the ambient air has...
A study has been made of the generation of particles during laser ablation and has included size dis...
A study has been made of the generation of particles during laser ablation and has included size di...
The charge particle emission form laser-generated plasma was studied experimentally and theoreticall...
International audienceNanoparticle formation by laser ablation in liquids is studied numerically. We...
Particle-in-cell methodology is applied to study the simultaneous charging and coagulation of a nano...
Ultrashort pulse laser ablation leads to the generation of plasma plumes (consisting of highly energ...
Laser-induced formation of submicrometer dust particles and the subsequent coalescence phenomena in ...
Due to the small dimensions, nanoparticles and materials consisting of nano-sized building blocks ex...
In this paper experimental temperature and density maps of the laser induced plasma in water during ...
This work describes the synthesis of nanoparticles during interaction of several different metals (A...
Special liquid droplet targets that are irradiated by a high power laser and are plasmarized to form...
The influence of a reactive atmosphere on the formation of nanoparticles (NPs) in the plasma plume g...
International audienceBoth laser ablation and spark discharge techniques are promising green methods...
Optimised ultrafast laser ablation can result in almost complete ionisation of the target material a...