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198 results about "Metallic membrane" patented technology
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Isolation technique for pressure sensing structure
InactiveUS6938490B2Reduce oilLower the volumeFluid pressure measurement using elastically-deformable gaugesSolid-state devicesPressure senseIsolation techniques
An electronic pressure-sensing device is isolated from corrosive, conductive gasses and fluids by a corrosion resistant metal diaphragm welded to a pressure port. The pressure-sensing device is attached to a support structure with a hole that provides a path from the diaphragm area to the pressure-sensing device. A fill fluid is sealed behind the diaphragm and fills the hole through the support structure to the electronic pressure-sensing device. In this design, any hostile chemical applied is completely isolated from the electronic sensor and associated adhesive seals by the metal diaphragm.
Owner:MEASUREMENT SPEC
Sensor arrangement for measuring a pressure and a temperature in a fluid
ActiveUS7467891B2Good dynamic responseThe process is fast and accurateThermometer detailsTemperature measurement in air-conditioning systemsPressure transmissionIn vehicle
A sensor arrangement (1) for measuring a pressure and a temperature in a fluid is disclosed. The sensor arrangement (1) comprises a temperature sensitive electrical element (3) and a pressure sensing electrical element (6), the temperature sensitive electrical element (3) and pressure sensing electrical element (6) are both coupled to one side of a metallic membrane structure (4,16). The metallic membrane structure is arranged to pass on the temperature of the fluid which is at the other side of the membrane structure (4,16) to the temperature sensitive electrical element (3) and to pass on the pressure in the fluid to the pressure sensing electrical element (6). In this way a combined pressure and temperature sensor is obtained which is applicable in vehicle air-conditioning systems working with CO2 as refrigerant.
Owner:SENSATA TECHNOLOGIES INC
Direct touch type metal diaphragm valve
ActiveUS20100090151A1Reduce replacement timeAchieve stabilityDiaphragm valvesOperating means/releasing devices for valvesDirect touchEngineering
A direct touch type metal diaphragm valve, wherein durability of the valve, that is to say, the ensured number of continuous open / close operations of the valve, is substantially increased under conditions that an appropriate flow rate coefficient Cv is maintained, and changes of the afore-mentioned Cv value over time are mitigated by means of restricting the deformation of the valve seat over time. The afore-mentioned metal diaphragm is formed in a round, reverse-dish shape by laminating a plural number of thin stainless steel plates and a thin Nickel.Cobalt alloy plate, and its center part is bulged upward, and the maximum valve stroke of the valve is regulated to be 55% to 70% of the distance of the maximum bulge height Δh of the afore-mentioned metal diaphragm.
Owner:FUJIKIN INC
Wafer-level die to package and die to die interconnects suspended over integrated heat sinks
ActiveUS9385083B1Avoid makingSemiconductor/solid-state device detailsSolid-state devicesEngineeringMembranous layer
An interconnect for electrically coupling pads formed on adjacent chips or on packaging material adjacent the chips, with an electrically conductive heat sink being disposed between the pads, the interconnect comprising a metallic membrane layer disposed between two adjacent pads and disposed or bridging over the electrically conductive heat sink so as to avoid making electrical contact with the electrically conductive heat sink. An electroplated metallic layer is disposed on the metallic membrane layer. Fabrication of interconnect permits multiple interconnects to be formed in parallel using fabrication techniques compatible with wafer level fabrication of the interconnects. The interconnects preferably follow a smooth curve to electrically connect adjacent pads and following that smooth curve they bridge over the intervening electrically conductive heat sink material in a predictable fashion.
Owner:HRL LAB
Multipurpose large-capacity linear ion trap and integrated electrode processing method
InactiveCN101038852AEnhanced Analysis FunctionsWide adaptabilityStability-of-path spectrometersIon sources/gunsMass Spectrometry-Mass SpectrometrySpectrograph
The invention relates to a large capacity linear ion well which can be applied on various analysis aims and an electrode processing method which realizes integration of high accuracy and precision processing and installing. The linear ion well includes an ion capture chamber, RF electrode, and DC electrode, wherein, RF electrode is comprised by plural parts thereby dividing the ion capture chamber into plural sub-regions, thus, plural mass spectrometry procedures can be realized. The RF electrode of the ion well can be made in an integration processing manner of processing nonmetallic substrate first and then coating a metallic membrane on the surface thereof, at last, removing the metallic membrane of insulation region according to the requirement of the sub-electrodes. The multipurpose large capacity linear ion well provides an implementation scheme having characters of high applicability, various uses, low cost, easy processing and installation for the development of ion well quality analyzer and mass spectrograph.
Owner:方向
Direct touch type metal diaphragm valve
ActiveUS8256744B2Reduce replacement timeFlow rate coefficient Cv (Cv value) is more stableDiaphragm valvesOperating means/releasing devices for valvesDirect touchDiaphragm valve
A direct touch type metal diaphragm valve, wherein durability of the valve, that is to say, the ensured number of continuous open / close operations of the valve, is substantially increased under conditions that an appropriate flow rate coefficient Cv is maintained, and changes of the afore-mentioned Cv value over time are mitigated by means of restricting the deformation of the valve seat over time. The afore-mentioned metal diaphragm is formed in a round, reverse-dish shape by laminating a plural number of thin stainless steel plates and a thin Nickel.Cobalt alloy plate, and its center part is bulged upward, and the maximum valve stroke of the valve is regulated to be 55% to 70% of the distance of the maximum bulge height Δh of the afore-mentioned metal diaphragm.
Owner:FUJIKIN INC
Solar flat-board heat collector plate core and heat collection plate selective absorption membrane plating method
ActiveCN101240944AReasonable structureImprove heat exchange effectSolar heat devicesVacuum evaporation coatingLow emissivityCopper foil
The present invention provides a plate core of solar plate heat collector and a metallic-membrane plating method of collecting plate selectively absorbing film, the plate core is welded by a copper foil heat collecting plate and a copper fluid medium arranged on the reverse of the heat collecting plate, an absorbing film is arranged on the front of the heat collecting plate, the absorbing film TiNxOy is a selective absorbing film. The absorbing film has a reasonable structure, better heat exchanging effect and high absorptivity etc. The metallic-membrane plating method adopts direct double targets vacuum sputter coater, using copper foil as basic material, titanium target as cathode, treating the front of the copper foil heat collecting plate in turns; drying the copper foil heat collecting plate; dried copper foil heat collecting plate is placed in the film coating room being vacuumized; the method adopts Ar bombarding the front of the copper foil heat collecting plate, processing twice cleaning; connecting DC to titanium target, inflating N2, O2 at the same time, TiNxOy selectively absorbing film is formed after reaction. The method has an advanced process, even cladding material, an even plane and high absorptivity and low emissivity, the heat collecting plate and the selectively absorbing film are agglutinated powerfully.
Owner:JIANGSU DOCTORXIA SOLAR ENERGY
Process for processing surface plasmon polariton coupled nano array based on scallop effect
ActiveCN104495742AOptimized Design Coupling StructureConvenient researchDecorative surface effectsChemical vapor deposition coatingDiffraction effectNano structuring
The invention discloses a method for preparing a surface plasmon polariton coupled nano array. The method comprises the following steps: performing deep reactive ion etching on a substrate by adopting a nano-scale etching mask which is manufactured by electron beam exposure, and then performing metallic membrane plating to obtain a three-dimensional 'metal nano structure array-nano space layer-metallic film' structure. The metallic nano structure generates local electromagnetic field resonance of photon and free electron to generate a very strong local surface plasmon polariton, and a diffraction effect provides wave vector compensation to excite a propagating type surface plasmon polariton of the metallic film so as to form local surface plasmon polariton-propagating type surface plasmon polariton coupling, so that light is restrained in a nano scale to initiate very strong surface local near field enhancement between a metal and a medium interface. The structure manufactured by the process disclosed by the invention can promote new mechanism exploration of the surface plasmon polariton, and has important application prospects in the fields of metamaterials, ultrahigh-sensitivity optical biosensing and the like.
Owner:PEKING UNIV
Porous non layer boundary gradient metal film pipe and its preparation method
A porous gradient metallic membrane pipe without layer interface is prepared through preparing slurry from basic metallic material, adhesive and carrier, filing it in metallic pipe mould, centrifugal shaping, removing carrier, baking, demoulding and sintering.
Owner:SOUTH CHINA UNIV OF TECH
Diffusion bonding for metallic membrane joining with metallic module
This invention relates to a method of bonding a metallic membrane with metallic part involving pressing a smooth surface of the metallic membrane against the smooth surface of the metallic part, and heating the metallic membrane and metallic part to a temperature above the half melting point of the metallic membrane while subjecting the metallic membrane and metallic part to a controlled environment of a proper gas atmosphere. The metallic membrane can comprise palladium and the pressurized gas can comprise one of hydrogen, an inert gas or their mixture.
Owner:NORAM ENG & CONSTRS
Piezoelectric driven control valve
ActiveUS8162286B2Avoid damageExtended service lifeDiaphragm valvesOperating means/releasing devices for valvesElectricityPiezoelectric actuators
Owner:FUJIKIN INC
ESPR-based heavy metal analyzer and analysis method thereof
InactiveCN102628798ADetection interference is smallResponsivePhase-affecting property measurementsScattering properties measurementsSurface plasmon resonance spectroscopyInformation processing
The invention discloses an ESPR-based heavy metal analyzer, which comprises a chemical reaction part, a surface plasma resonance spectrometer and an information processing system, wherein the chemical reaction part includes a detection cell, a counter electrode, a reference electrode, an array electrode and an electrochemical workstation; the array electrode is positioned at the bottom of the detection cell, the counter electrode and the reference electrode are inserted in the detection cell, the counter electrode, the reference electrode and the array electrode are respectively connected to the electrochemical workstation; the electrochemical workstation and the surface plasma resonance spectrometer are respectively connected to the information processing system. The invention further discloses an analysis method of the ESPR-based heavy metal analyzer, which achieves the simultaneous detection of multi-objective heavy metals, enhances the detection sensitivity and spatial resolution, and reduces damages on thin metallic membrane plate (the array electrode and active points thereof).
Owner:GUANGZHOU INGSENS SENSOR TECH
Ka wave band flat plate gap array antenna monopulse feed network
The invention discloses a Ka wave band flat plate gap array antenna monopulse feed network. The feed network is composed of parts such as a radiation gap feed layer, a power distribution network, a monopulse network and the like, wherein the power distribution network adopts a feed waveguide broadside opening inclined joint form, and is used for carrying out coupling feed on the radiation gap feed layer and controlling the feed power through adjusting a feed waveguide centre gap tilt angle; the monopulse network adopts four flat surface magic Ts to form a sum and difference channel in a bell socket manner, and is used for feeding to the power distribution network through a coupling gap, and each flat surface magic T is provided with an inverted-step-shaped metallic membrane, which is used for carrying out voltage standing wave ratio distribution and improving standing wave band width and amplitude-phase consistency band width of each magic T; and coupling folded wave guide is adopted, thus the array radiation gaps are arranged at the same interval, the distance between the last feed inclined joint and the short-circuit end is 1 / 2 waveguide wavelength, and the problem of mutual interference among feed waveguides is solved.
Owner:中国兵器工业第二〇六研究所
Surface plasmon resonance sensing element and manufacturing method thereof
InactiveCN101975765ALarge specific surface areaEasy to fixSilicaScattering properties measurementsAntigenBiocompatibility Testing
The invention provides a surface plasmon resonance sensing element and a manufacturing method thereof, belonging to the technical field of a sensor for biological system detection. The sensing element comprises a metallic membrane (2), a sensitive membrane and a magnet (3), wherein, the metallic membrane with a chromium membrane and a gold membrane as the sensing elements is plated on the bottom surface of a glass prism (1), the sensitive membrane composed of magnetic nanoparticles (4) subject to surface hydroformylation and an antibody (5) linked with an aldehyde group through a covalent bond is made on the metallic membrane, and the magnet is arranged under the glass prism. The manufacturing method of the sensing element comprises the following steps: preparation of the metallic membrane, preparation of Fe3O4 magnetic nanoparticles, preparation of ammoniated SiO2-coated magnetic nanoparticles, preparation of magnetic nanoparticles subject to surface hydroformylation and preparation of the sensitive membrane. The invention has the advantages of simple manufacturing process, high sensitivity, good biocompatibility and good selectivity and can be used in all antibody and antigen detection and protein and drug measurement.
Owner:JILIN UNIV
Planar magnetic sputtering-multi-station film coating apparatus
InactiveCN1614078ALarge workpiece loadAchieve revolutionVacuum evaporation coatingSputtering coatingSputteringGear wheel
The invention was involved in plain magnetic force control sputter, namely multi-position coating machine. The machine consist of target of plain magnetic force control sputter (14), workpiece holder (15), heater (28), aeration vent (29), evacuated chamber (30), vacuum group (32), rotor plate (16), joint lever (17), small gear wheel (18), small gear wheel (19), joint lever (20), electric machine of rotation (21), electric machine of revolution (22), joint lever (23), mediate gear wheel (24), joint lever (25), large wheel (26) and joint lever (27). The method had some characteristics, such as many work position, fine metallic-membrane plating uniformity and easy to extend.
Owner:UNIV OF ELECTRONICS SCI & TECH OF CHINA
Method for printing black soldermask on PCB board
ActiveCN101547568AEliminate the effect of red contrastImprove bindingNon-metallic protective coating applicationCopperGrind
The invention relates to a process for manufacturing a PCB board, in particular to a method for printing black resistance weld on a PCB board. The method comprises the followings steps: firstly, treating the copper surface by a grind plate, and cleaning the copper surface; performing brown oxide on the copper surface to form a layer of organic metallic membrane on the copper surface; thirdly, drying the board after the brown oxide and performing black soldermask print; transferring a soldermask pattern; solidifying the soldermask by roasting; and removing the browning membrane on the soldermask window. By coating a layer of membrane on the copper surface, the soldermask redness caused by printing the black soldermask on the copper surface is avoided, the product appearance is better improved, particularly after the contrast influence of the redness on the surface of the PCB board printed with the black soldermask is eliminated, and the product is more noble and beautiful. In addition, the coating can also improve the bonding force between the soldermask and the board. Therefore, the method is simple and feasible, and has a great number of advantages.
Owner:SHENZHEN BOMIN ELECTRONICS
Integral step-by-step multiple-stage heat-preserving sintering process of metal porous membrane tube
ActiveCN101433809AImprove bindingThe process steps are simpleSemi-permeable membranesFiltration separationHeat-affected zoneEvaporation
The invention discloses a process for an integral multiple-step multistage heat preservation sintering of a metallic porous membrane tube, which comprises the following steps: step one, processing a flange according to the inside diameter size of a tube blank of a processed and formed metallic porous membrane tube, and assembling the flange and the tube in tight fit; step two, furnace charging, which is to charge the assembled metallic porous membrane tube with the flange into a vacuum high temperature sintering furnace to perform sintering; and step three, sintering, which comprises the following steps: the stage for water evaporation, the volatilization initial stage of a sol dispersant, the volatilization intermediate stage of the sol dispersant, the volatilization final stage of the sol dispersant, the stage of temperature rise, the stage of presintering shrinkage, the stage of sintering, and the stage of temperature reduction. The process has reasonable steps, is simple and convenient to operate and control, and can effectively overcome the problems of heat affected zone generated by an argon arc welding between the metallic porous membrane tube and the flange, and peeling, shedding and the like generated by a metallic membrane layer in the sintering process.
Owner:NORTHWEST INSTITUTE FOR NON-FERROUS METAL RESEARCH
Integrated chip, thick film pressure sensor and manufacturing method thereof
PendingCN112857635AThermometers using electric/magnetic elementsForce measurementHemt circuitsThermistor
The invention provides an integrated chip, a thick film pressure sensor and a manufacturing method of the thick film pressure sensor. The integrated chip for the thick film pressure sensor comprises an elastic metal diaphragm and a conductive circuit, wherein the elastic metal diaphragm is provided with a deformation area for sensing pressure and a connection area connected with the deformation area, the conductive circuit comprises a plurality of piezoresistors and a thermistor, the piezoresistors are arranged on the upper surface of the elastic metal diaphragm and arranged in the deformation area, and the thermistor is arranged on the upper surface of the elastic metal diaphragm and arranged in the connection area.
Owner:WUHAN FINEMEMS
Preparation method for preparing titanium oxide bioactive coating on the surface of nitinol alloy
InactiveCN101555597AImprove the bonding strength of the interfaceSurface reaction electrolytic coatingVacuum evaporation coatingPlasma electrolytic oxidationMicro arc oxidation
A preparation method for preparing titanium oxide bioactive coating on the surface of nitinol alloy belongs to the technical field of material science and engineering and relates to a method for preparing titanium dioxide coating on the surface of nitinol alloy by a composite coating technique. The preparation method is characterized in that firstly, the voltaic arc ions of the nitinol alloy are titanized, and then differential of arc oxidation treatment is carried out. In the metallic-membrane plating stage, pure titanium is selected as cathode target material, the arc current is 60-120A, and the negative bias is pulse form; in the micro-arc oxidation stage, the titanized nitinol alloy is taken as anode to be hung to electrolyte; the cathode is a stainless steel electrolyte groove or stainless steel sheets hung in the electrolyte; the bipolar pulse power source is adopted for the micro-arc oxidation treatment; the adopted electrolyte comprises calcium acetate, monosodium orthophosphate and water; TiO2 microporous coatings containing calcium and phosphorus are prepared on the surface of the nitinol alloy so as to increase the bonding force of the biological activity of nitinol alloy embedded material with the bone and are particularly suitable for being applied in the field of the embedded material of human body hard tissues.
Owner:DALIAN UNIV OF TECH
Diffusion bonding for metallic membrane joining with metallic module
This invention relates to a method of bonding a metallic membrane with metallic part involving pressing a smooth surface of the metallic membrane against the smooth surface of the metallic part, and heating the metallic membrane and metallic part to a temperature above the half melting point of the metallic membrane while subjecting the metallic membrane and metallic part to a controlled environment of a proper gas atmosphere. The metallic membrane can comprise palladium and the pressurized gas can comprise one of hydrogen, an inert gas or their mixture.
Owner:NORAM ENG & CONSTRS
Method and detection sensor for detecting optical fiber grating vibration of large-scale mechanized equipment
InactiveCN102183292AEliminate the effects ofNo temperature compensationSubsonic/sonic/ultrasonic wave measurementUsing wave/particle radiation meansFiberGrating
The invention discloses a method and a detection sensor for detecting optical fiber grating vibration of large-scale mechanized equipment. A sensor probe part mainly comprises two parts, namely a magnetic coupling sensing probe and an optical fiber grating sensing probe. When the vibration of the large-scale mechanized equipment is detected, the magnetic coupling sensing probe, a metallic membrane, an optical fiber grating in the sensor are connected with an optical fiber grating demodulating system in sequence, and the magnetic coupling sensing probe faces an object to be measured. A magnetic coupling force is generated between the magnetic coupling sensing probe and the object to be measured to promote a displacement change of the magnetic coupling probe, which results in offset of the centre of the metallic membrane from an original position and drift of an fiber grating wavelength in sequence; and the optical fiber grating demodulating system obtains a drift value of the fiber grating wavelength and analyzes the overall process. The detection sensor is simple in structure, convenient to manufacture and install, high in sensitivity, strong in anti-electromagnetic interference capability, high in frequency dynamic response speed, can transmit signal remotely, can detect the high-frequency signal and is not affected by temperature, so the invention can be used in severe environment and inflammable and explosive locations.
Owner:WUHAN UNIV OF TECH +1
High-pressure and hydraulic pulsation test system of aircraft
InactiveCN101881287AHigh precisionSimple and fast operationFluid-pressure actuator testingGear pumpControl signal
The invention provides a high-pressure and hydraulic pulsation test system of an aircraft, in which a high-pressure internal gear pump driven by a driving motor provides a high-pressure liquid flow for the system, a computer outputs the control signals to a proportional flow servo valve and a proportional pressure servo valve to control a hydraulic system to generate a stable and controllable high-pressure hydraulic pressure incoming flow, and a piezoceramic driver controlled by the computer generates an exciting force to propel the metallic membrane to generate an accurate and controllable pressure pulsation value in the stable and controllable high-pressure hydraulic pressure incoming flow. The invention has the advantages of high accuracy, simple and convenient operation, large adjustable range of flow and pressure, large controllable frequency range, rapid response, simple structure and little interference to the controllable pressure pulsation part.
Owner:JIANGSU BAIXIE PRECISION FORGING MACHINERY +1
Piezoelectric ceramic ultrasonic atomization sheet
InactiveCN102896064ALow costIncreasing the thicknessLiquid spraying apparatusElastomerUltrasonic atomization
The invention discloses a piezoelectric ceramic ultrasonic atomization sheet, which adopts two atomization units, in each atomization unit, one piezoelectric ceramic sheet is bonded with one metal membrane, and dense conical atomization holes are arranged in each metal membrane. One group of piezoelectric ceramic sheet is arranged on the small diameter end of the conical holes, and the other group of the ceramic sheet of the piezoelectric ceramic sheet is arranged on the large diameter end of the conical holes. The two piezoelectric ceramic sheets are stacked together so as to form the structure of the piezoelectric ultrasonic atomization sheet, the thickness of the metal membrane is correspondingly increased, the cavity volume of each conical atomization hole is enlarged, thus the improvement of the atomization amount is facilitated, and the atomization effect is improved. Meanwhile, by the adoption of the micro and thin absorption elastomer between metal membranes, a large noise caused by direct contact when the metal membranes deform is prevented, and the sealing function is realized.
Owner:NANJING UNIV OF AERONAUTICS & ASTRONAUTICS
Capacitance type micro mechanical temperature sensor for multi-layer beam structure
InactiveCN101071084AIncrease the amount of changeIncrease the areaThermometers using electric/magnetic elementsUsing electrical meansCapacitanceConductive coating
Owner:WUXI JIEDE PERCEPTION TECH CO LTD
Stripping liquid for removing residual photoresist in semiconductor technology
ActiveCN102540776ASuitable for a wide temperature rangeRemove effectively cleanSemiconductor/solid-state device manufacturingPhotosensitive material processingHydroxylamineHydroxylamine Hydrochloride
The invention provides a stripping liquid for removing residual photoresist in the semiconductor technology. The stripping liquid comprises the following components in percentage by weight: 20-70% of multimethyl phosphamide, 5-30% of alkanol amine, 0.01-10% of organosilicon polyether type compounds, 0.01-10% of alkynol, 1-30% (including mass) of hydroxylamine and 5-50% of deinoized water. With the stripping liquid, residual cured photoresist layer in the dry etching technology can be easily and quickly removed. The stripping liquid has good protection action on metallic membrane materials, especially aluminum and aluminiferous wiring materials, so the application prospect is good.
Owner:SUZHOU RUIHONG ELECTRONIC CHEM CO LTD
Manufacturing method of TFT (Thin Film Transistor) array substrate and TFT array substrate
ActiveCN102420183AImprove protectionReduce areaSolid-state devicesSemiconductor/solid-state device manufacturingCapacitanceEtching
The invention discloses a manufacturing method of a TFT (Thin Film Transistor) array substrate; the manufacturing method comprises the following steps of: depositing a first metallic membrane layer on a substrate; and carrying rubber coating exposure development process on the first metallic membrane layer, and obtaining a light blocking metal through etching and rubber removal. The invention also provides the TFT array substrate comprising a glass substrate and a first insulating layer; the TFT array substrate also comprises the light blocking metal formed on the glass substrate; and the light blocking metal is obtained by carrying out rubber coating exposure development process on the first metallic membrane layer deposited on the glass substrate through corrosion and rubber removal. According to the manufacturing method of the TFT (Thin Film Transistor) array substrate provided by the invention, TFT switching devices are protected by forming the light blocking metal on the substrate and is not affected by highlights, thereby the stability of the TFT switching devices is increased; and the area of a storage capacitor is reduced through the parallel connection of capacitors, thereby the purpose of increasing the aperture ratio of a corresponding pixel is realized.
Owner:SHENZHEN CHINA STAR OPTOELECTRONICS TECH CO LTD
Electrically conducting transparent film and its preparing process
InactiveCN101221830AImprove transmittanceGood electro-optical propertiesConductive layers on insulating-supportsVacuum evaporation coatingSputteringOxygen
The invention discloses a transparent conductive film which is a gallium doped or aluminium doped zinc-magnesium-oxygen film. The mol percentage of each component is as follows: the aluminium or gallium occupies 1.0 to 5.0 percent, the magnesium occupies 1 to 20.0 percent, the remaining is the zinc, and the mol number ratio of zinc-magnesium-aluminium or zinc-magnesium-gallium to O is 1:1. The DC reactive magnetic control sputtering method is adopted and the film is prepared by taking a zinc-magnesium-aluminium alloy or a zinc-magnesium-gallium alloy as a target. The method of the invention is simple, the doped quantity is easy to control, and a deposition system is simple, easy to operate and can realize the extensive metallic-membrane plating. Compared with other preparative techniques, the method is more beneficial to the realization of the industrial production. The gallium doped zinc-magnesium-oxygen or aluminium doped zinc-magnesium-oxygen transparent conductive film prepared by the invention has high transmittance, good electrooptics performance, repetitiveness and stability.
Owner:ZHEJIANG UNIV
Tubular metallic membrane reactor and application thereof
InactiveCN104098071ASimple and compact structureImprove operational stabilityHydrogenRubber ringGraphite
The invention provides a tubular metallic membrane reactor and application thereof. The membrane reactor adopts high performance metallic palladium composite membrane as a hydrogen permeation material and uses an O-shaped rubber ring for low temperature sealing or a graphite gasket for high temperature sealing. The membrane reactor has the high-performance hydrogen permeation material, excellent sealing performance, a compact and simple structure and excellent operation stability. During operation of the membrane reactor, permeation of non-hydrogen gas can be prevented, and the tubular metallic membrane reactor is applicable to a small-scale on-site flexible hydrogen production reaction.
Owner:DALIAN INST OF CHEM PHYSICS CHINESE ACAD OF SCI
Composite thin film and preparing method thereof
Composite membrane (1) comprises a layer system consisting of a rigid non-self supporting non-metallic inorganic diffusion barrier layer (1b) and hydrogen-permeable non-porous metallic membrane layers (1c) arranged on a flexible metallic substrate (1a). Preferred Features: The diffusion barrier layer is arranged between the substrate and one membrane layer and is formed as a single layer. The single layer is open-pored and / or has micro-tears. The substrate has an open porosity in the region of 15-60%. At least one of the membrane layers is galvanically deposited on the surface of the diffusion barrier layer facing away from the substrate. An Independent claim is also included for a process for the production of the composite membrane.
Owner:W C HERAEUS GMBH
Method for producing transparent high-temperature electric heating membrane pipe with self-constant temperature
ActiveCN101355831AUniform thicknessShort film forming timePretreated surfacesHeating element shapesSilver pasteRoom temperature
The invention relates to a method for producing a self constant-temperature transparent high-temperature electric heating membrane tube. The method is characterized in that a tubular metallic-membrane plating workpiece is cleaned and dried, a magnesia sizing agent is coated on the non-metallic-membrane plating area and is dried as well as is fixed on a clamp of a metallic-membrane plating device and is put inside a furnace cavity of the metallic-membrane plating device, the workpiece is coated by a spraying device and the surface of the workpiece is plated with a transparent high-temperature electric heating membrane and is cooled to the normal temperature, the workpiece is cleaned by ultrasound to remove the magnesia coating of the non-metallic-membrane plating area and is dried, the silver paste is printed on the workpiece by a screen printer to manufacture the electrode, the drying process is performed, and the workpiece is dried naturally to the normal temperature to manufacture the finished product of the self constant-temperature transparent high-temperature electric heating membrane tube. The method has the advantages that the thickness of the metallic-membrane plating is even, the plating time is short, the positive temperature coefficient is formed, the self constant temperature function is realized, the service life is long, the stability is good and the security and the effect are good.
Owner:佛山康疆电器科技有限公司
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