HIGHLY DISPERSIVE OPTICAL ELEMENT WITH BINARY TRANSMISSIBILITY

The current application is directed to a new, highly dispersive optical element that is characterized by binary transmissibility. Various alternative implementations of the new optical element (NOE) are fashioned from semiconductor materials, including binary III-V and II-VI semiconductor materials....

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Main Author FAY THEODORE D
Format Patent
LanguageEnglish
Published 07.03.2013
Subjects
OPTICAL ELEMENTS, SYSTEMS, OR APPARATUS
OPTICS
PHYSICS
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Abstract The current application is directed to a new, highly dispersive optical element that is characterized by binary transmissibility. Various alternative implementations of the new optical element (NOE) are fashioned from semiconductor materials, including binary III-V and II-VI semiconductor materials. When applied as components within various optical devices and systems, the NOEs are fashioned to have shapes that provide high dispersion at non-extreme exit angles. The NOEs are additionally coated with multiple anti-reflective coatings which facilitate high transmission, in excess of 90 percent, across a wide range of visible and infrared wavelengths.
AbstractList The current application is directed to a new, highly dispersive optical element that is characterized by binary transmissibility. Various alternative implementations of the new optical element (NOE) are fashioned from semiconductor materials, including binary III-V and II-VI semiconductor materials. When applied as components within various optical devices and systems, the NOEs are fashioned to have shapes that provide high dispersion at non-extreme exit angles. The NOEs are additionally coated with multiple anti-reflective coatings which facilitate high transmission, in excess of 90 percent, across a wide range of visible and infrared wavelengths.
Author FAY THEODORE D
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Snippet The current application is directed to a new, highly dispersive optical element that is characterized by binary transmissibility. Various alternative...
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OPTICS
PHYSICS
Title HIGHLY DISPERSIVE OPTICAL ELEMENT WITH BINARY TRANSMISSIBILITY
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