Examples of using Aspheric in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
What are the different types of aspheric lenses?
In addition, aspheric lenses help minimize astigmatism and field curvature.
Cut blanks often serve as prototypes for lenses, prisms and aspheric lenses.
Quantum II lenses are hard aspheric contact lenses from Bausch& Lomb.
Aspheric lenses in various sizes and materials meet these requirements perfectly.
People also translate
Optical and tactile measurements of aspheres and free forms:MarForm MFU 200 Aspheric 3D.
The 28/4.5 Super-Angulon Aspheric is a wide-angle lens especially designed for architectural photography.
ZEISS Vario-Sonnar T* Lens,18 elements in 13 groups 6 aspheric elements including AA lens.
The aspheric lens at the front of the lens series helps minimize both distortion and vignetting.
Hand-held ZEISS magnifiers are available with high-quality aspheric lenses that come standard with a protective hard coating.
With this aspheric IOL the cylinder is symmetrically distributed on its anterior and posterior surface.
New at the Laser 2015:Form measuring station MarForm MFU 200 Aspheric 3D for the optics industry- faster measurements, higher product quality.
This aspheric mirror(ann12015) was coated and integrated in the support unit and has been under testing at ESO since the end of 2012 potw1307a.
Ophir's special development and patents for manufacturing aspheric element by Diamond Turning systems enables Ophir to manufacture more efficient lenses with fewer elements.
Two aspheric lenses, special types of glass with exceptional partial dispersion and the floating elements design, guarantee high image quality from close-up to infinity.
A new bluelight-filter IOL with aspheric optic design(AcrySof IQ) in comparison with the AcrySof SA60AT.
The MarWin Aspheric 3D software package This package in conjunction with the MarForm MFU 200 measures the topography of optical components such as aspheres.
The measuring station MarForm MFU 200 Aspheric 3D from the application specialist Mahr measures optical components visually and tactilely.
It uses aspheric lens elements and an internal focus mechanism for distortion-free images and consistent performance over the whole frame and across the entire focusing range.
Application The MarForm MFU 200 Aspheric 3D was developed for quick 2D and 3D testing of optical components on the shop floor.
MarSurf LD 130/ 260 Aspheric is a high-precision 2D/ 3D surface measuring station for characterizing contour and roughness on optical components.
Thanks to their special surface design, aspheric lenses are thinner than standard lenses and additionally offer optimised image quality.
A major advantage of aspheric lenses compared to spherical is the well-known fact that they correct aberrations e. g.
The optical-tactile measuring station MarForm MFU 200 Aspheric 3D calculates the 3D topography as well as centering and tilting errors of aspheres, freeforms and special optics.
The MarForm MFU 200 Aspheric 3D is a measuring machine for automatic measurement of aspheres, free forms and special optics.
The optics in a modern aspheric design are almost distortion-free, without chromatic aberration and deliver excellent contrast across the entire image field.
Objective: The new generation of aspheric foldable lenses is implantable over smaller incisions and facilitates beneath the biaxial also microcoaxial phacoemulsification.
Even with the advances in aspheric subaperture grinding and polishing, magnetorheological finishing(MRF) is still needed to manufacture the highest quality of aspheres.
One of the main benefits of aspheric lenses is their improved aberration control which allows optical designers to use fewer elements than a design using conventional spherical optics.