Precision-aligned, ultra-stable optical assemblies are needed for an increasing number of space applications, in areas such as science, metrology and geodesy
The CSI program at JPL is chartered to develop the structures and control technology needed for sub-...
Optics for the next generation's high-resolution, high throughput x-ray telescope requires fabricati...
AbstractIn order to perform an optical assembly accurately, a multi-sensor control strategy is devel...
A method for constructing quasimonolithic, precision-aligned optical assemblies is presented. Hydrox...
We describe an interferometric system that can measure the alignment and separation of a polished fa...
Space-based optical systems must be made from lightweight materials which can withstand significant ...
Laser based metrology systems become more and more attractive for space applications and are the co...
The goal of the Optical Coatings Ultra Lightweight Robust Spacecraft Structures (OCULUS) project is ...
The assembly of micro-optical components is a delicate task. As the production numbers rise automati...
For high accuracy alignment of optical components in optical instruments TNO TPD has developed dedic...
Optical designs for the next generation space science instruments call for unconventional, aspheric,...
Future space-based missions will take measurements of the universe with unprecedented results. To do...
Nowadays the production of optical systems such as Optically Pumped Semiconductor Lasers (OPSL) is d...
For the Taiji space gravitational wave detection and its pathfinder mission, ultraprecise technology...
Future sub-arcsecond resolution, large-effective area X-ray telescopes that use segmented grazing-in...
The CSI program at JPL is chartered to develop the structures and control technology needed for sub-...
Optics for the next generation's high-resolution, high throughput x-ray telescope requires fabricati...
AbstractIn order to perform an optical assembly accurately, a multi-sensor control strategy is devel...
A method for constructing quasimonolithic, precision-aligned optical assemblies is presented. Hydrox...
We describe an interferometric system that can measure the alignment and separation of a polished fa...
Space-based optical systems must be made from lightweight materials which can withstand significant ...
Laser based metrology systems become more and more attractive for space applications and are the co...
The goal of the Optical Coatings Ultra Lightweight Robust Spacecraft Structures (OCULUS) project is ...
The assembly of micro-optical components is a delicate task. As the production numbers rise automati...
For high accuracy alignment of optical components in optical instruments TNO TPD has developed dedic...
Optical designs for the next generation space science instruments call for unconventional, aspheric,...
Future space-based missions will take measurements of the universe with unprecedented results. To do...
Nowadays the production of optical systems such as Optically Pumped Semiconductor Lasers (OPSL) is d...
For the Taiji space gravitational wave detection and its pathfinder mission, ultraprecise technology...
Future sub-arcsecond resolution, large-effective area X-ray telescopes that use segmented grazing-in...
The CSI program at JPL is chartered to develop the structures and control technology needed for sub-...
Optics for the next generation's high-resolution, high throughput x-ray telescope requires fabricati...
AbstractIn order to perform an optical assembly accurately, a multi-sensor control strategy is devel...
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