In this research, different laser parameters is investigated using Nd:YAG Picosecond laser to sputter nano particles on Si-Wafer substrate. Furthermore, the influence of various parameters on adhesion tests and mechanism of deposited layer is studied
Complex materials, exhibiting a cocktail of properties, are currently needed for many applications. ...
In this study, multilayered structures consisting of eight (Al/Ti) bilayers deposited by d.c. ion sp...
AbstractIn cutting of aluminum alloys, one of the most serious problems is chip adhesion to cutting ...
The optimization of parameters for laser deposition of nanoparticles on Si-wafer is studied. The thr...
The research goal is to perform a laser-writing study to deposition of micro/nano particles on the s...
The present study aims to the novel technique by laser deposition of Aluminum and Copper nano partic...
This research relates to methods of deposition and patterning a surface with nano sputtered particle...
International audienceThe effect of Al2017 substrate pre-treatment using pulsed laser ablation on ad...
The adhesion forces of micro- to nanoscopic particles on surfaces are the main topic of this dissert...
The interest in nanomaterials is due to a significant change in their physical properties compared t...
Micro-deposition of an aluminum film of 500-nm thickness on a quartz substrate was demonstrated by l...
Structural and compositional modifications of multilayered Al/Ti nano-structures induced by nanoseco...
Nanosecond pulses of Nd:YAG laser were employed to produce silver and silicon nanoparticles by laser...
AbstractThis paper deals with the trial-fabrication processes of Aluminum-Silicon alloy realized by ...
A model for nanosecond dry laser cleaning that treats the substrate and particle expansion on a unif...
Complex materials, exhibiting a cocktail of properties, are currently needed for many applications. ...
In this study, multilayered structures consisting of eight (Al/Ti) bilayers deposited by d.c. ion sp...
AbstractIn cutting of aluminum alloys, one of the most serious problems is chip adhesion to cutting ...
The optimization of parameters for laser deposition of nanoparticles on Si-wafer is studied. The thr...
The research goal is to perform a laser-writing study to deposition of micro/nano particles on the s...
The present study aims to the novel technique by laser deposition of Aluminum and Copper nano partic...
This research relates to methods of deposition and patterning a surface with nano sputtered particle...
International audienceThe effect of Al2017 substrate pre-treatment using pulsed laser ablation on ad...
The adhesion forces of micro- to nanoscopic particles on surfaces are the main topic of this dissert...
The interest in nanomaterials is due to a significant change in their physical properties compared t...
Micro-deposition of an aluminum film of 500-nm thickness on a quartz substrate was demonstrated by l...
Structural and compositional modifications of multilayered Al/Ti nano-structures induced by nanoseco...
Nanosecond pulses of Nd:YAG laser were employed to produce silver and silicon nanoparticles by laser...
AbstractThis paper deals with the trial-fabrication processes of Aluminum-Silicon alloy realized by ...
A model for nanosecond dry laser cleaning that treats the substrate and particle expansion on a unif...
Complex materials, exhibiting a cocktail of properties, are currently needed for many applications. ...
In this study, multilayered structures consisting of eight (Al/Ti) bilayers deposited by d.c. ion sp...
AbstractIn cutting of aluminum alloys, one of the most serious problems is chip adhesion to cutting ...
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