General Electric Company

Other

Lockheed Martin Corporation

Eric Michael Breitung

Daniel R Olson

Marc Brian Wisnudel

Eelco M S Van Hamersveld

Larry Neil Lewis

Christopher James Kapusta

William P Kornrumpf

Matthew Christian Nielsen

Samhita Dasgupta

George Theodore Dalakos

James Neil Johnson

Ahmet Gun Erlat

Ryo Tamaki

Min-Yi Shih

Christoph Georg Erben

John Bradford Reitz

Eelco Michiel Sebastiaan Van Hamersveld

A composite article comprising a substrate and method for making the composite article are provided. A barrier layer is disposed on at least one surface of the substrate, wherein the barrier layer comprises a barrier coating and at least one repair coating disposed on the barrier coating. The repair coating is a conformal coating and comprises a metal or a metal based compound. An electroactive device and in one particular embodiment a light emitting device comprising the composite article are also provided. In another embodiment the invention comprises a barrier layer disposed on at least one surface of a substrate; wherein the barrier layer comprises a barrier coating and at least one repair coating.

Barrier layer, composite article comprising the same, electroactive device, and method

A media can comprise: a reflective layer, an oxygen penetrable UV coating, and a reactive layer disposed between the UV coating and the reflective layer. The reactive layer can comprise a reactive material that oxidizes with exposure to oxygen.

Media and method for limiting access to data thereon

An apparatus is provided that includes a substrate having a top surface, at least one optical data transport medium coupled to the substrate, one or more lens devices coupled to the substrate, and one or more reflective devices coupled to the substrate. The one or more lens devices and the one or more reflective devices are at least partially passively aligned with the at least one optical transport medium by use of one or more pins.

Interconnect device

The present invention is directed to an IR transmissive coating comprised of deuterated amorphous carbon (a-C:D).

Deuterated amorphous carbon coating for infrared optics

A polycyclic or monocyclic perfluorovinyl compound comprising at least one structural unit selected from the group consisting of formula I and formula II 

Compound for optical materials and methods of fabrication

An optical waveguide device comprising a core structure formed of deuterated amorphous carbon. The optical waveguide device decreases losses due to hydrogen absorption. A process for making the optical waveguide device is also disclosed.

Optical waveguide devices with deuterated amorphous carbon core structures

The present disclosure relates to a limited play optical storage media and a method for limiting access to data thereon. This storage media comprises: an optically transparent substrate; a reflective layer; an oxygen penetrable UV coating disposed on a side of the substrate opposite the reflective layer; and a reactive layer disposed between the UV coating and the substrate, the optical storage media having an initial percent reflectivity of about 50% or greater and a subsequent percent reflectivity of about 45% or less.

Limited play data storage media and method for limiting access to data thereon

A method for creating an optical structure includes forming a layer of chalcogenide material upon a substrate, and applying a patterned stamper to the layer of chalcogenide material, in the presence of heat, the patterned stamper causing the layer of chalcogenide material to reflow such that stamped features of the patterned stamper are transferred onto the layer of chalcogenide material. The stamped features onto the layer of chalcogenide material are used to form one of an optical waveguide, an optical mirror, digital video disk data, compact disk data and combinations comprising at least one of the foregoing.

Method for hot stamping chalcogenide glass for infrared optical components

The present disclosure relates to a limited play optical storage media and a method for limiting access to data thereon. This storage media comprises: an optically transparent substrate; a reflective layer; a data storage layer disposed between said substrate and said reflective layer; an oxygen penetrable UV coating disposed on a side of said substrate opposite said data storage layer; and a reactive layer disposed between said UV coating and said substrate, wherein said optical storage media has an initial percent reflectivity of about 50% or greater and a subsequent percent reflectivity of about 45% or less.

Growing community of inventors

Albany, NY, United States of America

Eric Michael Breitung