69results about How to "Film thickness" patented technology

A hard mask 21a which has an opening for exposing a p-type region 2 defined in a silicon substrate 1 and is made of, for example, a BPSG film is formed. Then, the hard mask 21a is subjected to isotropic etching using argon gas, to have its edge rounded off, thereby forming an implantation hard mask21 having a tapered edge. Subsequently, large-angle-tilt ion implantation of an n-type impurity is performed using the implantation hard mask 21 as a mask, thereby forming an n<-> layer 13 having an LDD structure. Thereafter, the implantation hard mask 11 is removed. In this manner, it is possible to perform large-angle-tilt ion implantation using an implantation mask thinner than a conventional implantation mask.

The invention relates to an enamelled wire for a network transformer, which comprises a copper core conductor and a high temperature-resistant polyurethane coating layer as well as a neloy paint layer which are arranged out of the copper core conductor, wherein the volume of the high temperature-resistant polyurethane coating layer and the neloy paint layer is 40-60% of that of the enamelled wire for the network transformer; and the volume of the neloy paint layer is 1-3% of that of the enamelled wire. The manufacture method of the enamelled wire comprises the following steps of: firstly dragging copper material to be a naked copper wire; cleaning and annealing the naked copper wire; coating an insulated paint layer with a felt and baking, wherein the paint is coated at 15-20 ways, the paint is coated for once, and the baking is performed for once; and coating a layer of the neloy paint layer on the surface of the insulating paint layer and baking. The enamelled wire has the advantages of thick paint film, high voltage resistance, large elongation percentage, large tensile strength and the like, and can be applied to electric devices with high correlative machining requirement, small space requirement and the like such as the network transformer and the wave filter, etc.

The present invention provides an electrode active substance that is obtained by coating the surface of LiwAxDO4 particles (wherein A is at least one selected from the group consisting of Mn and Co, and D is one, two or more selected from the group consisting of P, Si and S, 0<w<=4, and 0<x<=1.5) with a coating layer comprising LiyEZPO4 (wherein E is at least one selected from the group consisting of Fe and Ni, 0<y<=2, and 0<z<=1.5) and a carbonaceous electron-conducting substance. This electrode active substance is obtained by suspending particles formed from LiwAXDO4 in an aqueous solution containing an Li source, E source, PO4 source and carbon source to obtain a slurry, then drying the slurry, and heat treating the product in a non-oxidizing atmosphere.

Disclosed is a light-emitting device that has a structure wherein the film thickness of a heat conductive member can be made thinner. The light-emitting device is provided with a supporting substrate; an organic electroluminescence element arranged on the supporting substrate; a sealing substrate for sealing the organic electroluminescence element, and which has a protrusion section protruding towards the organic electroluminescence element; and the heat conductive member that is formed between the organic electroluminescence element and the protrusion section. The organic electroluminescence element and the protrusion section are adhered together with the heat conductive member intervened therebetween, and a portion or all of the protrusion section is superimposed onto the organic electroluminescence element, when viewed from one direction in the thickness direction of the supporting substrate, and the area wherein the protrusion section is superimposed onto the organic electroluminescence element is smaller than the area of the organic electroluminescence element.

The invention relates to an anti-shielding conductive coating. The conductive coating comprises 20-25wt% of acrylic resin, 15-20wt% of conductive powder, 1.5-3.5wt% of aids and 57-63wt% of solvent. The anti-shielding conductive coating has excellent adhesiveness and is suitable for coating electromagnetic shielding coatings on the surfaces of mobile phones, notebook computers and audiovisual instruments. Films formed by coating the coating have good adhesive forces, are easy to construct and are thick. Anti-shielding conductive films can be formed after the anti-shielding conductive coating is coated.

The invention relates the chemical engineering field, especially a H2 and CO2 inhibiter. H2 and CO2 are produced accompany to oil-gas field exploitation and transfusion process, and can corrode exploitation equipment. The inhibiter contains at least (by wt. %): isopropyl alcohol 10-30, fatty alcohol polyoxyethylene ether .1-0.5, and litol polyoxyethylene ether 0.1- 1.0. The inhibiter can be used in oil / water well with high temperature and pressure, and has the advantages of good corrosion resistance, low consumption, low cost and high efficiency.

The invention relates to an infrared focal plane detector, a CMOS measurement circuit system and a CMOS infrared sensing structure in the infrared focal plane detector are both prepared by using a CMOS process, in the infrared focal plane detector, a first columnar structure is located between a reflecting layer and a beam structure, a second columnar structure is located between an absorption plate and the beam structure, the first columnar structure and the second columnar structure are solid columnar structures, and the infrared focal plane detector further comprises a metamaterial structure and / or a polarization structure. Through the technical scheme of the invention, the problems of low performance, low pixel scale, low yield and poor consistency of a traditional MEMS process infrared focal plane detector are solved, the structural stability of the infrared focal plane detector is improved, the area of the absorption plate is increased, the infrared detection sensitivity of the infrared focal plane detector is improved, the absorption rate of the infrared focal plane detector to incident infrared electromagnetic waves is improved, the performance of the infrared focal plane detector is optimized, and the difficulty of optical design of the infrared focal plane detector is reduced.

A touch sensor wiring body (3) equipped with a first resin layer (31), a first conductor layer (32) having a first conductor line (322) and provided on the first resin layer (31), a second resin layer (33) for covering the first conductor layer (32), and a second conductor layer (34) having a second conductor line (342) and provided on the first conductor layer (32) with the second resin layer (33) interposed therebetween, wherein the first and second conductor layers (32, 34) are electrically insulated by the second resin layer (33), and satisfy formula (1). D1<D2 (1) Herein, D1 represents the thickness of the first resin layer (31) in a first region corresponding to the first conductor line (322) in a first prescribed cross-section that transects the touch sensor wiring body (3) along the second conductor line (342), while D2 represents the thickness of the second resin layer (33) in the first region of the first prescribed cross-section.

Cracking does not occur in a ferroelectric thin film even when Ce is not doped in a composition for forming ferroelectric thin films and a composition for forming relatively thick ferroelectric thin films contains lead acetate instead of lead nitrate. A ferroelectric thin film made of a titanate lead-based perovskite film or a titanate zirconate lead-based complex perovskite film is formed using the composition for forming ferroelectric thin films. The composition includes lead acetate, a stabilizing agent made of lactic acid and polyvinyl pyrrolidone. In addition, a monomer-equivalent molar ratio of polyvinyl pyrrolidone to a perovskite A site atom included in the composition is more than 0 to less than 0.015. Furthermore, a weight average molecular weight of the polyvinyl pyrrolidone is 5000 to 100000.

The invention relates to an electrosilvering-like paint which comprises 10-12 wt% of acrylic resin, 3-6 wt% of filler, 2-3 wt% of pigment, 1.5-3.5 wt% of assistant and 75-85 wt% of solvent. The electrosilvering-like paint provided by the invention has excellent adhesiveness and solvent resistance, and is suitable for application of mobile phones, toys, plastic artware, cosmetics, notebook computer surfaces and the like. The formed paint film has the advantages of flatness, high brightness, bright color, high hardness, high film thickness, favorable wearability, excellent adhesiveness and excellent solvent resistance.