Light scattering is a powerful tool to assess the quality and the performance of high-end optical surfaces. In addition to laboratory tools, a compact scatter sensor has been developed to enable even large freeform surfaces to be analyzed
Driven by the ever increasing requirements for optical surfaces, components and systems light increa...
Light scattering techniques are used as powerful method for roughness measurements. Recent achieveme...
Abstract: The modern computer graphics tools allow to create realistic, physically adequat...
The rapid developments in optical technologies generate increasingly higher and sometimes completely...
The tremendous development of optical technologies and new manufacturing methods places challenging ...
Light scattering metrology has become more and more important with the development of cutting-edge o...
Light scattering measurement and analysis is a powerful tool for the characterization of optical and...
The continuous development of optical technologies and the accompanying requirements on the manufact...
The measurement of light scattering from optical components has received increased attention in the ...
Light scattering measurement and analysis is a powerful tool for the characterization of optical and...
Ever-increasing surface quality requirements call for advanced, highly sensitive as well as nonconta...
Light scattering is one of the loss mechanisms of optical components. It is caused by intrinsic and ...
For compact yet comprehensive and flexible characterization of thin film components a one shot 3D li...
Light scattering induced by contamination and defects on optical components can quickly limit the co...
Abstract: Data about light scattering properties of surfaces are used in modern computer g...
Driven by the ever increasing requirements for optical surfaces, components and systems light increa...
Light scattering techniques are used as powerful method for roughness measurements. Recent achieveme...
Abstract: The modern computer graphics tools allow to create realistic, physically adequat...
The rapid developments in optical technologies generate increasingly higher and sometimes completely...
The tremendous development of optical technologies and new manufacturing methods places challenging ...
Light scattering metrology has become more and more important with the development of cutting-edge o...
Light scattering measurement and analysis is a powerful tool for the characterization of optical and...
The continuous development of optical technologies and the accompanying requirements on the manufact...
The measurement of light scattering from optical components has received increased attention in the ...
Light scattering measurement and analysis is a powerful tool for the characterization of optical and...
Ever-increasing surface quality requirements call for advanced, highly sensitive as well as nonconta...
Light scattering is one of the loss mechanisms of optical components. It is caused by intrinsic and ...
For compact yet comprehensive and flexible characterization of thin film components a one shot 3D li...
Light scattering induced by contamination and defects on optical components can quickly limit the co...
Abstract: Data about light scattering properties of surfaces are used in modern computer g...
Driven by the ever increasing requirements for optical surfaces, components and systems light increa...
Light scattering techniques are used as powerful method for roughness measurements. Recent achieveme...
Abstract: The modern computer graphics tools allow to create realistic, physically adequat...
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