We present a beam-shaping system for a pulsed laser deposition setup. This system is based on two diffractive beam-splitter gratings and is able to produce 2*2-mm2 flat-top distributions of UV light with a fluence of 3 J/cm2 on the target some 30 cm behind the system. We have applied the setup to deposit ferromagnetic Ni-Mn-Ga films
The presence of particulates of various shapes and dimensions on surfaces and incorporated into the ...
A series of molybdenum thin film depositions by PLD (Pulsed Laser Deposition) have been carried out,...
A set of laser beam shaping optics is designed by an iterative method using an adaptive additive alg...
We present a beam-shaping system for a pulsed laser deposition setup. This system is based on two di...
Controlling laser-pulse parameters is an important issue in pulsed laser deposition (PLD). In partic...
We have demonstrated an imaging-based amplitude laser-beam-shaping technique for material processing...
The conventional thin-film deposition equipment of pulsed laser deposition (PLD) has been modified f...
The fabrication of selective emitters by laser processing has attracted the interest of researchers ...
Ce mémoire présente une étude sur la mise en forme spatiale d’un faisceau laser de forte puissance d...
[[abstract]]This paper describes a novel excimer laser beam delivery method for surface sculpting us...
In the field of laser ablation, especially in the field of micro-structuring, the current challenge ...
A peculiarity of the pulsed laser deposition technique of thin-film growth which limits its applicab...
We discuss our progress in the use of multiple laser beams and multiple targets for the pulsed laser...
Pulsed laser deposition (PLD) has now reached a stage of maturity where the growth of thin films is ...
In this study, an optical setup based on two phase-only spatial light modulators is presented, capab...
The presence of particulates of various shapes and dimensions on surfaces and incorporated into the ...
A series of molybdenum thin film depositions by PLD (Pulsed Laser Deposition) have been carried out,...
A set of laser beam shaping optics is designed by an iterative method using an adaptive additive alg...
We present a beam-shaping system for a pulsed laser deposition setup. This system is based on two di...
Controlling laser-pulse parameters is an important issue in pulsed laser deposition (PLD). In partic...
We have demonstrated an imaging-based amplitude laser-beam-shaping technique for material processing...
The conventional thin-film deposition equipment of pulsed laser deposition (PLD) has been modified f...
The fabrication of selective emitters by laser processing has attracted the interest of researchers ...
Ce mémoire présente une étude sur la mise en forme spatiale d’un faisceau laser de forte puissance d...
[[abstract]]This paper describes a novel excimer laser beam delivery method for surface sculpting us...
In the field of laser ablation, especially in the field of micro-structuring, the current challenge ...
A peculiarity of the pulsed laser deposition technique of thin-film growth which limits its applicab...
We discuss our progress in the use of multiple laser beams and multiple targets for the pulsed laser...
Pulsed laser deposition (PLD) has now reached a stage of maturity where the growth of thin films is ...
In this study, an optical setup based on two phase-only spatial light modulators is presented, capab...
The presence of particulates of various shapes and dimensions on surfaces and incorporated into the ...
A series of molybdenum thin film depositions by PLD (Pulsed Laser Deposition) have been carried out,...
A set of laser beam shaping optics is designed by an iterative method using an adaptive additive alg...
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