Examples of using Mirror substrates in English and their translations into German
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Computer
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Programming
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Official/political
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Political
Plane and curved mirror substrates.
Concave mirror substrates for lasers 152.
They differ from plano-concave and plano-convex lenses in their center thickness, which is higher in mirror substrates.
Mirror substrates, colored glass filters, optical wedges.
Lightweighted ZERODUR® mirror substrates& components for optics in space.
Mirror substrates are most commonly used in laser resonators.
Lightweighted ZERODUR® mirror substrates& components for optics in space.
From Chile to Mallorca, from Hawaii to Hebei-the world's largest and most powerful telescopes rely on proven mirror substrates of exceptional quality.
Concave mirror substrates are often used in resonators.
A wide choice of lenses with different focal lengths and working fields,various collimators, and mirror substrates and coatings are available for all standard fibers and laser wavelengths.
Convex mirror substrates are often used in resonators.
SCHOTT offers ZERODUR® as small finished components,ultra-light weight mirror substrates, but also as mirror substrates for large segmented and monolithic astronomical telescopes.
The mirror substrates have very demanding specifications which really test the limits of what is technically feasible.
Stabilized mirror substrates made from ZERODUR® and other advanced materials.
Lenses, protective glass, mirror substrates and coatings are available for all standard laser types, wavelengths, light densities, focal lengths and processing areas.
Silicon is the most commonly used mirror substrate;
The pictures shows the 3.6 meter mirror substrate for the greatest optical Asian telescope ARIES.
Every mirror substrate- such as those nearly 800 of the Extremely Large Telescope- must therefore be a work of precision in order to fulfill its mission.
Last year, a highly convex mirror substrate only ten centimeters thin was ground from the blank weighing more than ten tons on state-of-the-art CNC machines.
The Mirror 2(M2) for the ELT is the largest convex mirror substrate ever made.
Because glass-ceramic doesn't expand, SCHOTT used this material where thehighest possible precision was needed: as a mirror substrate in astronomical telescopes.
At the beginning of the 1960s,SCHOTT had developed glass-ceramic as a mirror substrate for use in space telescopes.