7 results about "Niobium monoxide" patented technology

The application discloses an AR film with excellent durability, which comprises a substrate layer, wherein an upper coating layer, a primer layer, a first niobium oxide layer, a silicon dioxide layer, a second niobium oxide layer, a silicon-aluminum mixed layer and an anti-scratch layer are sequentially arranged on the substrate layer; wherein a hafnium dioxide layer is arranged between the first niobium oxide layer and the silicon dioxide layer or between the second niobium oxide layer and the silicon-aluminum mixed layer; and the thickness of the hafnium dioxide layer is 1-20 nm. The AR film with excellent durability has excellent optical performance, high hardness, wear resistance and high-temperature resistance, and excellent durability.

The invention relates to the production of electrolytic capacitors based on tantalum, niobium, and niobium monoxide. Using the described method, blanks for anodes and cathodes, anodes and cathodes themselves are manufactured. The method of manufacturing such anodes and cathodes is realized either on a one device or on several devices united in a unified technological chain. The method of manufacturing anodes, cathodes of electrolytic capacitors and blanks for them based on tantalum, niobium, niobium monoxide (niobium oxide II) by using 3D printing technologies, includes coating a layer of metal powder or metal oxide, or paste or suspension containing particles of metal powder or metal oxide on a build platform, forming a layer of a printing product or a group of products. The forming of the desired product or group of products is carried out in the presence of a source of light.

The application discloses a side window AR film, a window assembly and a device, wherein the AR film comprises a substrate layer, a first metal layer, a first silicon dioxide layer, a first niobium oxide layer, a second metal layer and a second silicon dioxide layer arranged in sequence, wherein the first metal layer and / or the second metal layer for reducing light transmittance has a thickness of 1-30 nm, and the first metal layer and / or the second metal layer is a plating layer obtained by taking Ni and / or Cr as a target material. The application has good light transmission control, and through excellent layer structure design, the window glass has good heat insulation and privacy anti-peeping performance and good safety.

The invention relates to a vanadium-niobium bimetallic oxide electrochromic film and a preparation method and application thereof.The electrochromic film comprises conductive glass and a vanadium-niobium bimetallic oxide film on the conductive face of the conductive glass, and the vanadium-niobium bimetallic oxide film comprises two phases of Nb2V2O9 and V3O7, comprising any one of a nano-rod structure, a nano-particle stacking structure or a nano-net structure. The preparation method comprises the following specific preparation steps: dissolving a niobium source, a vanadium source and oxalic acid dihydrate in an ethanol-water mixed solvent, and stirring and dissolving to obtain a precursor solution; inserting FTO conductive glass into the precursor solution, and carrying out solvothermal reaction; and after the reaction is finished, cooling to room temperature, cleaning and drying to obtain the vanadium-niobium bimetallic oxide electrochromic film. Compared with single niobium oxide, visible light-near infrared dual-band regulation and control can be achieved, electrochromic response is achieved in the visible light band and the near infrared band, the light modulation amplitude is large, the color changing voltage range is small, and synthesis conditions are mild.

The invention relates to the production of electrolytic capacitors based on tantalum, niobium, and niobium monoxide. Using the described method, blanks for anodes and cathodes, anodes and cathodes themselves are manufactured. The method of manufacturing such anodes and cathodes is realized either on a one device or on several devices united in a unified technological chain. The method of manufacturing anodes, cathodes of electrolytic capacitors and blanks for them based on tantalum, niobium, niobium monoxide (niobium oxide II) by using 3D printing technologies, includes coating a layer of metal powder or metal oxide, or paste or suspension containing particles of metal powder or metal oxide on a build platform, forming a layer of a printing product or a group of products. The forming of the desired product or group of products is carried out in the presence of a source of light.

The invention belongs to the field of niobium monoxide preparation, and particularly relates to niobium monoxide powder for a capacitor and a preparation method of the niobium monoxide powder. The preparation method comprises the following steps: (I) reacting Nb2O5 with Mg / Ca at 600-1000 DEG C under negative pressure (less than or equal to 1000 Pa), and performing acid pickling and drying on a product to obtain capacitor-grade niobium powder; (II) reacting Nb2O5 in an H2 atmosphere at the temperature of 700-1000 DEG C to obtain NbO2 powder; and (III) mixing the niobium powder and NbO2 according to the mass ratio of (1.05-1.75): 1, and reacting at the temperature of 1200-1500 DEG C in a vacuum / argon / argon-H2 atmosphere to obtain a target product. The method has the advantages of low energy consumption, low cost, high product purity and controllable oxygen content, and is suitable for high-energy density capacitors.

The utility model discloses a P-light transparent nano reflecting film, a front windshield and a head-up display system. The reflecting film comprises a base material layer, and a hardening layer, a first niobium oxide coating, a first zinc aluminum oxide coating, a silver coating, a nickel-chromium coating, a second zinc aluminum oxide coating and a second niobium oxide coating which are sequentially formed on one side of the base material layer, and when the thickness of the nickel-chromium plating layer is not more than 2nm, the thickness of the silver plating layer is 10-14nm. According to the utility model, the structure is simple, the p-light reflection on the inner surface is effectively eliminated, ghosting can be weakened or eliminated under a large visual angle, and clear images with enough brightness can be provided for a driver.