Application No.: 14/322,407The present disclosure relates generally to semiconductor materials used in optoelectronic devices. More specifically, the present invention relates to a composite plasmonic nanostructure for the enhanced extinction of electromagnetic waves.
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High efficiency, low emissions, modular, low maintenance costs, multi-fuel compatibility
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Researchers at OSU have developed a specialized compressionchamber to fully assess the mechanical characteristics of anisotropic gels.This chamber allows for compression testing of the gel in multipleorientations. In addition, the testing anvil allows fluid to diffuse in asimilar manner to physiolog.....
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Researchers at Purdue University have developed cutting tools and machining processes that minimize or eliminate various forms of plastic flow localization of metal alloys. Reduction in load-bearing capacity in chips arises from slip, similar to the sliding of a stack of cards, within the chip. Supp.....
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Title: CRMP2 SUMOylation - A Biomarker for Chronic Pain Invention: This technology pertains to the implementation of CRMP2 SUMOylation as a novel objective biomarker to guide drug development and clinical practice for pain management. Background: The current success rate of treating chronic pain is .....
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