Lockheed Martin Corporation

University of Central Florida Research Foundation, Inc.

Lockheed Martin Missiles & Fire Control

Clara A Rivero

Sudipta Seal

David Reid

Erik Brinley

Suresh Babu Krishna Moorthy

Abhilash Vincent

A plasmonic coating for reflecting electromagnetic energy is disclosed. The coating includes a plurality of layers, at least one of which is a dielectric layer; and a patterned dielectric layer in structural communication with the plurality of layers and having a pattern configured to plasmonically reflect electromagnetic energy incident thereon.

Plasmonic coatings for reflectors

A method for depositing sol-gel derived coatings on substrates to form coated substrates includes the steps of providing a first solution including at least one sol precursor and at least one solvent. A water comprising solution is added to the first solution to form a sol-gel. The sol-gel is deposited on a substrate. The sol-gel layer on the substrate is dried/cured at a temperature &#x2266;100&#xb0; C. for at least 10 minutes to form a solid layer, wherein the solid layer has a thickness from 50 nm to 110 nm. The depositing and curing steps are repeated at least once until combined thickness of the solid layers forms a coating of a predetermined thickness. The resulting solid layers are low water content layers that can be evidenced by transmission measurements. The coated substrate can be an IR transmissive substrate having a recrystallization temperature &#x3c;130&#xb0; C. and each of the solid layers provide a transmission at &#x3bb;=2950 nm, normal incidence and 1 mW power if placed on the IR transmissive substrate of &#x2267;99% of the transmission directly through the IR transmissive substrate.

Sol-gel coating methods and thin film coated substrates therefrom

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Orlando, FL, United States of America

Clara A Rivero