Add to ORKGThe surface micro-deformations of a cavity copper mirror, an annular channel copper mirror, a multi-layer copper mirror and a sandwich copper mirror are tested when the mirrors are irradiated by high power laser and cooled by water. The test result shows that the surface deformation values of the multi-layer copper mirror and the sandwich copper mirror are much smaller than the cavity copper mirror and the annular channel copper mirror, and the multi-layer and the sandwich copper mirror can meet the requirement of a high power laser system on very small mirror surface deformatio
We have developed a new type of unimorph deformable mirror for real-time intra-cavity phase control ...
International audienceSelective laser melting (SLM) was used to fabricate copper samples under vario...
Laser surface alloying of iron substrate with copper under different processing conditions has been ...
The surface micro-deformations of a cavity copper mirror, an annular channel copper mirror, a multi-...
Thermally-induced deformations of steering mirrors reflecting 100 J/10 Hz laser pulses in vacuum hav...
Microstructure, and chemical composition changes on the copper surface were investigated using SEM-E...
A focussed, cw CO2 laser is used to irradiate polished Cu mirrors at power densities near 40 kW/qcm....
Diffraction from laser-induced deformations on reflective surfaces is described as a model for an ob...
High purity, mirror-polished polycrystalline Cu surface was treated with single picosecond laser pul...
This paper reports on new results of the development of a unimorph laser beam shaping mirror based o...
High purity, mirror-polished polycrystalline Cu surface was treated with single picosecond laser pul...
Adhesive bonding requires adequate surface preparation for ensuring an appropriate joint quality. Th...
Laser surface roughening (LSR) is a new surface treatment. Copper is a good conductor and it is the ...
International audienceSelective laser melting (SLM) was used to fabricate copper samples under vario...
Selective laser melting of pure copper was carried out to obtain crack-free and dense parts for vari...
We have developed a new type of unimorph deformable mirror for real-time intra-cavity phase control ...
International audienceSelective laser melting (SLM) was used to fabricate copper samples under vario...
Laser surface alloying of iron substrate with copper under different processing conditions has been ...
The surface micro-deformations of a cavity copper mirror, an annular channel copper mirror, a multi-...
Thermally-induced deformations of steering mirrors reflecting 100 J/10 Hz laser pulses in vacuum hav...
Microstructure, and chemical composition changes on the copper surface were investigated using SEM-E...
A focussed, cw CO2 laser is used to irradiate polished Cu mirrors at power densities near 40 kW/qcm....
Diffraction from laser-induced deformations on reflective surfaces is described as a model for an ob...
High purity, mirror-polished polycrystalline Cu surface was treated with single picosecond laser pul...
This paper reports on new results of the development of a unimorph laser beam shaping mirror based o...
High purity, mirror-polished polycrystalline Cu surface was treated with single picosecond laser pul...
Adhesive bonding requires adequate surface preparation for ensuring an appropriate joint quality. Th...
Laser surface roughening (LSR) is a new surface treatment. Copper is a good conductor and it is the ...
International audienceSelective laser melting (SLM) was used to fabricate copper samples under vario...
Selective laser melting of pure copper was carried out to obtain crack-free and dense parts for vari...
We have developed a new type of unimorph deformable mirror for real-time intra-cavity phase control ...
International audienceSelective laser melting (SLM) was used to fabricate copper samples under vario...
Laser surface alloying of iron substrate with copper under different processing conditions has been ...