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An achromat singlet

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Laser damage, a new US standard: What is in it for me?

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Creating sub angstrom surfaces on planar and spherical substrates

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Sub-angstrom surface roughness metrology with the white light interferometer

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Mid-spatial frequency errors of mass-produced aspheres

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Statistical simplex approach to primary and secondary color correction in thick lens assemblies

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Thick lens chromatic effective focal length variation versus bending

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Achrotech: achromat cost versus performance for conventional, diffractive, and GRIN components

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Chalcogenide material strengthening through the lens molding process

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Metrology of achromatic diffractive features on chalcogenide lenses

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A method to diagnose and combat index of refraction non-uniformity in evaporative optical coatings

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An efficient method of reducing glass dispersion tolerance sensitivity

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Asphere design for dummies

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Graphically selecting optical components and housing material for color correction and passive athermalization

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Advantages of using engineered chalcogenide glass for color corrected, passively athermalized LWIR imaging systems

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Refractive lens design for simultaneous SWIR and LWIR imaging

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Aspheres in a double Gauss: rehashing and old study

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Precision lens molding of asphero diffractive surfaces in chalcogenide materials

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Development of a company-sponsored optics educational outreach program

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Development of a Robust Laser Damage Threshold Testbed

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Development of US national laser damage standard: 2020 status

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Ultraviolet fatigue testing of laser optics

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UV fatigue of laser optics: laser-induced contamination

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Edmund Optics^®

由我們 240 多位全球工程師創建且經過驗證的可信任技術資源庫。

Glossary

An achromat singlet

Laser damage, a new US standard: What is in it for me?

Creating sub angstrom surfaces on planar and spherical substrates

Sub-angstrom surface roughness metrology with the white light interferometer

Mid-spatial frequency errors of mass-produced aspheres

Statistical simplex approach to primary and secondary color correction in thick lens assemblies

Thick lens chromatic effective focal length variation versus bending

Achrotech: achromat cost versus performance for conventional, diffractive, and GRIN components

Chalcogenide material strengthening through the lens molding process

Metrology of achromatic diffractive features on chalcogenide lenses

A method to diagnose and combat index of refraction non-uniformity in evaporative optical coatings

An efficient method of reducing glass dispersion tolerance sensitivity

Asphere design for dummies

Graphically selecting optical components and housing material for color correction and passive athermalization

Advantages of using engineered chalcogenide glass for color corrected, passively athermalized LWIR imaging systems

Refractive lens design for simultaneous SWIR and LWIR imaging

Aspheres in a double Gauss: rehashing and old study

Precision lens molding of asphero diffractive surfaces in chalcogenide materials

Development of a company-sponsored optics educational outreach program

Development of a Robust Laser Damage Threshold Testbed

Development of US national laser damage standard: 2020 status

Ultraviolet fatigue testing of laser optics

UV fatigue of laser optics: laser-induced contamination

Edmund Optics®

由我們 240 多位全球工程師創建且經過驗證的可信任技術資源庫。 @media (max-width: 992px) { .modal { z-index: 999999999999; }}

Glossary

An achromat singlet

Laser damage, a new US standard: What is in it for me?

Creating sub angstrom surfaces on planar and spherical substrates

Sub-angstrom surface roughness metrology with the white light interferometer

Mid-spatial frequency errors of mass-produced aspheres

Statistical simplex approach to primary and secondary color correction in thick lens assemblies

Thick lens chromatic effective focal length variation versus bending

Achrotech: achromat cost versus performance for conventional, diffractive, and GRIN components

Chalcogenide material strengthening through the lens molding process

Metrology of achromatic diffractive features on chalcogenide lenses

A method to diagnose and combat index of refraction non-uniformity in evaporative optical coatings

An efficient method of reducing glass dispersion tolerance sensitivity

Asphere design for dummies

Graphically selecting optical components and housing material for color correction and passive athermalization

Advantages of using engineered chalcogenide glass for color corrected, passively athermalized LWIR imaging systems

Refractive lens design for simultaneous SWIR and LWIR imaging

Aspheres in a double Gauss: rehashing and old study

Precision lens molding of asphero diffractive surfaces in chalcogenide materials

Development of a company-sponsored optics educational outreach program

Development of a Robust Laser Damage Threshold Testbed

Development of US national laser damage standard: 2020 status

Ultraviolet fatigue testing of laser optics

UV fatigue of laser optics: laser-induced contamination

Edmund Optics^®

由我們 240 多位全球工程師創建且經過驗證的可信任技術資源庫。