Looking for a light-based technology using Thin-Film Materials as Technology source? Choose PhotonTransfer as your comprehensive source for photonics technologies related to Thin-Film Materials . Check out the latest opportunities and new technologies involved in the development of Thin-Film Materials . If you're a physicist, engineer, applied scientist, company or product developer there is something here for you.
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LOW-COST, HIGH-QUALITY SINGLE-LAYER PHOTONIC CRYSTAL STRUCTURETech for Transfer TTO 17-12-2015 This invention provides a new method of forming a single-layer photonic crystal structure. It includes a depositing electrophoretic suspension and two separated electrodes formed at the upper and lower parts of a container. An electric voltage is applied to the electrodes to form an electric field, such that particles in the electrophoretic suspension will form a single-layer photonic crystal structure on one of the electrodes by an electrophoresis self-assembly technique. The single-layer photonic crystal structure has a low cost, good quality and recurring property. Photonic Crystals Thin-Film Materials Tell me more |
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THIN-FILM SOLAR CELL ENHANCEMENTTech for Transfer TTO 19-12-2015 This technology is an enhancement for thin film solar panels that increases the produced photocurrent up to a factor of ten. Photovoltaics Thin-Film Materials Tell me more |
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LOW-TEMPERATURE, HIGH-RATE NITRIDE ALLOY GROWTH PROCESSTech for Transfer TTO 19-12-2015 Group-III Nitride semiconductor alloy growth process that works at lower temperatures while achieving higher growth rates than conventional processes. This method improves upon other processes by periodically modulating the metal flux while maintaining a constant nitrogen flux. Semiconductors Thin-Film Materials Tell me more |
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ULTRA-THIN SILVER FILMS FOR OPTOELECTRONICS APPLICATIONSTech for Transfer TTO 21-12-2015 A method of forming ultra-thin and smooth silver (Ag) films that overcomes the typical challenges associated with forming such films. Thin Ag films are used in optical metamaterials and as transparent conductors. Thin-Film Materials Tell me more |
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THIN FILMS OF SELF-ALIGNED CARBON NANOTUBESTech for Transfer TTO 15-01-2016 Methods of producing nematic domains of single-wall carbon nanotubes (SWNT) on a filter membrane using a vacuum filtration apparatus. Nanophotonics Thin-Film Materials Tell me more |
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ONE-STEP PROCESS FOR PRODUCING GRAPHENETech for Transfer TTO 16-01-2016 Simple one-step process for producing graphene at relatively low temperatures around 650ºC, using remote plasma-enhanced chemical vapor deposition (PECVD) on various substrates. It enables full coverage of graphene over large areas within a few minutes, making it greener than other methods. Thin-Film Materials Tell me more |
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HIGH BANDWIDTH GRAPHENE PHOTODETECTORTech for Transfer TTO 16-01-2016 This technology involves a device for coupling light into graphene using a planar photonic crystal with a resonant cavity and evanescent coupling. This resolves the problem of low optical absorption and responsitivity of graphene making it suitable for working as a photodetector. The optical properties of the graphene layer can then be controlled by electric currents. The advantages of graphene-based devices, such as high bandwidth detection abilities and ultrafast carrier dynamics are maintained. Photonic Crystals Photodetection Thin-Film Materials Tell me more |
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VERSATILE TECHNIQUE FOR GROWING SINGLE-LAYER NANOSTRUCTURESTech for Transfer TTO 19-01-2016 This technology presents a rapid and versatile method of growing epitaxial silicon on top of single-crystal substrates. This method combines soft-matter self-assembly with pulsed laser irradiation to direct and design intricate complex nanopatterned crystalline inorganic materials that can be used in optoelectronic applications such as sensors, catalysis, and energy conversion. Nanophotonics Semiconductors Thin-Film Materials Tell me more |
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WAFER-SCALE BILAYER GRAPHENETech for Transfer TTO 19-01-2016 This technology presents a method of producing uniform multilayer graphene films that are greater than a square centimeter in area. Multilayer graphene is deposited by a single CVD process, eliminating the need to produce multiple separate monolayers followed by stacking. With this method, the size of fabricated bilayer graphene film is only limited by the synthesis apparatus, and can be readily scaled up, enabling wafer-scale graphene electronics and photonics. Thin-Film Materials Tell me more |
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GRAPHENE-SILICON OPTICAL CAVITY FOR NEXT-GENERATION OPTOELECTRONIC DEVICESTech for Transfer TTO 19-01-2016 A graphene-silicon optical cavity that takes advantage of the high nonlinear optical response of graphene for producing novel optoelectronic devices such as ultrafast photonic logic gates and memories for ultralow-power and high speed optical information processing. This technology is silicon CMOS-compatible and has a wide range of applications towards high-speed, low power, and chip-scale optoelectronics. Optoelectronics Semiconductors Thin-Film Materials Tell me more |
