43results about How to "Fully conductive" patented technology

An electrically conductive flow-field plate in a proton exchange membrane fuel cell comprises a composition made of a resin and a plurality of carbon nanotubular fibers having an average diameter is at least about 0.5 nm and up to about 300 nm. The carbon nanotubular fibers are present at not more than about 85 wt. %. The resin can be of a thermoplastic type, a fluorinated type, a thermosetting type and a liquid crystalline type.

The invention provides an electro-conductive paste and light transmitted conductive film using the paste and the manufacturing method thereof. The provided method is for manufacturing a display used light transmitted conductive film with the advantages of no complex processing, cheap, effective in shielding electromagnetic wave, good light transmission capacity and no damage to display contrast. The electro-conductive paste is characterized in that: it contains (A) organic binding agent resin, (B) electro-conductive powder, (C) coloring agent, (D) organic solvent, and (E) cross-linking agent; the number-average molecular weight of the organic binding agent resin (A) is between 3000 and 5000; the electro-conductive powder (B) comprises globular electro-conductive powder in the rate no less than 50 weight parts relative to the whole 100 weight parts powder.

Disclosed is a conductive particle which is capable of achieving sufficient conductivity even when used in an anisotropically conductive adhesive that is used for the purpose of connecting a hard and smooth electrode. Specifically disclosed is a conductive particle (1) which comprises: a composite particle (7) that has a plastic core (10) and non-conductive inorganic particles (30) that are adsorbed on the plastic core (10) by a chemical bond; and a metal plating layer (20) that covers the composite particle (7). The metal plating layer (20) has a surface that is provided with projections (20a), and the non-conductive inorganic particles (30) are harder than the metal plating layer (20).

The invention provides a method for forming a metal film which is characterized by comprising: a step (a1) for forming, on a substrate, a polymer layer composed of a polymer which has a functional group interacting with a metal ion or a metal salt and is chemically bonded to the substrate directly; a step (a2) for providing the polymer layer with a metal ion or a metal salt; a step (a3) for forming a conductive layer having a surface resistivity of 10-100 FORMULA by reducing the metal ion or the metal salt; and a step (a4) for forming a conductive layer having a surface resistivity of 1*10 <-1> FORMULA or less by electroplating.

The invention discloses a germanium-graphene composite cathode material for a lithium ion battery and a preparation method of the germanium-graphene composite cathode material. The composite cathode material is prepared from germanium particles and grapheme through compounding, wherein the nano germanium particles are uniformly distributed in a grapheme sheet layer to form a grapheme network cladded three-dimensional net structure. The preparation method comprises the following steps: (1) stirring and dispersing; (2) carrying out microwave hydrothermal; and (3) washing, drying and collecting. According to the germanium-graphene composite cathode material for the lithium ion battery and the preparation method of the germanium-graphene composite cathode material, germanium and germanium dioxide are re-crystallized and grow on the graphene in situ, the bonding strength of the germanium and the grapheme is higher than that of germanium-graphene composite material obtained through mixing simply, the electrical conductivity of the grapheme network is fully exerted, and the volume effect of the germanium is effectively inhibited. The germanium-graphene composite cathode material for the lithium ion battery has the characteristics of high capacity, high magnification and excellent cycling stability, the preparation process adopts simple and effective microwave hydrothermal reaction, the process is simple, the energy consumption is low, the yield is high, no pollution is caused, the germanium-graphene composite cathode material can be promoted and applied conveniently and is suitable for large-scale production.

An ink composition for continuous deflected ink jet printing, liquid at ambient temperature, comprising: a) a solvent comprising, preferably consisting of, one or organic solvent compound(s), and optionally water, the said solvent representing at least 20 % by weight of the total weight of the ink; b) at least one compound imparting conductivity to the ink composition, chosen from among the ionic liquids, the said compound representing 0.2 % by weight to 4 % by weight of the total weight of the ink composition, preferably 0.5 to 3 % by weight of the total weight of the ink composition; and the ink composition comprising less than 10 % by weight, preferably less than 5 % by weight, more preferably less than 1 % by weight, and most preferably 0 % by weight of water relative to the total weight of the ink composition. A process for marking substrates using said ink composition. A substrate provided with a marking obtained by drying and / or absorption of said ink composition.

A resonator for an angular parameter sensor, the resonator comprising a bell of electrically-insulating material provided with a central stem and an electrically-conductive layer, the conductive layer comprising branches extending from a central portion of the bell to a peripheral edge of the bell, the number of said branches being a prime number not less than seven.

The present invention provides a nitride-based semiconductor substrate having a small light absorption coefficient and high transparency, and capable of securing sufficient electroconductivity, and its manufacture method. After forming a GaN film 12 and a Ti film 13 on a sapphire substrate 11, the substrate is heated in a mixed atmosphere of a hydrogen gas and an ammonia gas to convert the Ti film into a porous TiN thin film 14, then a facet-grown GaN 15 is formed on the porous TiN thin film 14, the GaN crystal is grown so that the thickness of GaN layer in the initial growth stage growing while forming facet faces other than c face becomes less than 30% of total thickness of the finally grown GaN layer to obtain a GaN thick film 17, and peeling the GaN thich film from the sapphire substrate 11 through voids 16.

Provided is a collector having a PTC layer having leeway for thermal expansion during an increase in temperature while ensuring sufficient electroconductivity at regular temperatures. According to the present invention, there is provided a collector comprising an electroconductive substrate and a resin layer provided to at least one surface of the electroconductive substrate. The resin layer includes an organic resin and electroconductive particles. The amount of resin layer adhering on the electroconductive substrate is 0.5 to 20 g / m2. The Rz (ten-point average roughness) of the surface of the resin layer is 0.4 to 10 mum. The Sm (average interval between concavities and convexities) of the surface of the resin layer is 5 to 200 mum. The average of the resistance of the resin layer, measured by the two-terminal method, is 0.5 to 50 Omega.

Provided is a resin electrode and an electrostatic dust collector using the same which has satisfactory electrical conductivity as an electrode and is excellent in discharge property and dust collecting property. This resin electrode is used for a counter electrode of a discharge electrode and comprises a conductive resin prepared by mixing polyolefin or polyester resin with conductive carbon black.

One purpose of this invention is to provide a porous electrode substrate that has a low manufacturing cost, has sufficient conductivity and gas diffusion characteristics, and shows favorable power generation ability with minor structural changes in the porous electrode substrate, as well as a method for manufacturing such a porous electrode substrate. An additional purpose of this invention is to provide a membrane-electrode joint and a solid polymer fuel cell that comprise such a porous electrode substrate. This invention is: a method for manufacturing a porous electrode substrate that comprises a step (1) in which a dispersion fluid comprising a carbon powder (C) and a fluorine-based resin is applied to one or both surfaces of a precursor sheet wherein carbon short fibers (A1) are dispersed in planar orientations with the fiber orientations being substantially within the same plane, and as a result the fluorine-based resin that contains the carbon powder (C) in the vicinity of the surface layer of one side or both sides of the precursor sheet is distributed unevenly to form a precursor sheet with unevenly-distributed fluorine-based resin, and a step (2) in which after the aforementioned step (1) the precursor sheet with unevenly-distributed fluorine-based resin is heat-treated at a temperature 150 DEG C or higher and less than 400 DEG C; a porous electrode substrate manufactured using this manufacturing method; and a solid polymer fuel cell that uses this porous electrode substrate.

The invention provides a conductive paste and light permeability conductive film and method of manufacturing the same. The present invention provides a polymer conductive paste which has both electromagnetic wave shielding (conductive) performance and printability, can easily and inexpensively manufacture electromagnetic wave shielding film. The inventive conductive paste for gravure printing is characterized in that the conductive paste contains organic binders, conductive powders, coloring agents and organic solvents, wherein the organic solvents have high boiling point solvent whose boiling point is in the range of 240 - 330 DEG C at 760mmHg.

This positive electrode (2) for a lithium-ion secondary cell is provided with a collector (5) and an active material layer (6) formed on the surface of the collector (5). The active material layer (6) has a plurality of holes (7) formed on the surface thereof, has an active material density that is 68-83% of the true density of the active material contained in the active material layer (6), and has a thickness of 150-1,000 [mu]m, and therefore has more of the active material. When used in a lithium-ion secondary cell, the positive electrode (2) provides a lithium-ion secondary cell in which electrons are transferred and lithium ions are inserted and desorbed not only on the surface of the active material layer (6) but also at positions located deep from the surface of the active material layer (6) in the thickness direction; the active material located deep from the surface of the active material layer (6) in the thickness direction can be effectively utilized; and charging / discharging can be performed more rapidly at a higher capacity.

The invention relates to a paint composition. The composition contains metallocene polyolefin and ionic liquid. The metallocene polyolefin is selected from one or a mixture of at least two of metallocene polyethylene, metallocene polypropylene, metallocene low-density polyethylene and metallocene linear low-density polyethylene. According to the paint composition provided by the invention, the ionic liquid and the metallocene polyolefin are mixed to obtain the paint composition which can be used for forming a conductive under-painting coating film with high luminance color, high covering power and sufficient conductivity even if an expensive white series conductive pigment is not used and when only a common white pigment is matched.

The present invention describes a whole blood assay chip that enables separation of the cellular compartment from surrounding plasma, facilitating multiplexed measurement of otherwise difficult to detect soluble factors produced upon cellular stimulation. The invention is a microfluidic chip with an incubation chamber comprising an inlet, an outlet, and a fluidic barrier. Using this platform, the cellular compartment can be stimulated with various substances and levels of immunologic biomarkers could be measured. Through a proprietary immunologic algorithm described herein, this would allow for the diagnosis of an allergic response to foods, antibiotics, and / or other drugs. Additional applications of the invention besides allergy testing could include pregnancy testing, blood type, and medical applications requiring whole blood cellular stimulation readouts.

An electrode capable of preventing variations in electrical performance to stabilize performance and improve yields is provided. An electrode structure includes: an electrode including an current collector and an active material layer arranged on the current collector; and an electrode lead arranged on the active material layer, wherein a hole is arranged so as to penetrate the electrode and the electrode lead, and the electrode and the electrode lead are folded back around the hole in a direction away from the hole so that the electrode is placed inside, and the thickness of the active material layer in a region where the electrode lead is not arranged is uniform, and the thickness of the active material layer in a region where the electrode lead is arranged is nonuniform.

An air bubble electrostatic-spinning device comprises a liquid storage tank, a receiving plate, an air bubble generating device, a lifting line connected with the air bubble generating device, an air blowing device, a blowing device and a direct-current high-voltage power supply connected with a lifting line and the receiving plate. An air blowing port formed in the front end of the air blowing device of the air bubble generating device ensures that a high polymer film on meshes of the air bubble generating device form air bubble protrusions, and air flows produced by the blowing device carry away high polymer liquid drops attached to the air bubble generating device, so that fiber morphology on the receiving plate is more uniform. The air bubble electrostatic-spinning device is simple in structure, convenient to operate, simple in control and short in technological process.

The purpose of the present invention is to provide a white conductive primer coating composition capable of forming a coating film having high brightness and sufficient conductivity on a plastic substrate. The present invention relates to an aqueous white electroconductive primer coating composition comprising a binder component (A) and a carbon nanotube dispersion (B), the white degree L * value of a coating film formed by the aqueous white electroconductive primer coating composition according to a CIE color matching function being 80 or more, and the surface resistivity being 108 [Omega] / square or less.

The invention discloses an automatic power transmission device, structurally comprising a bottom plate, a grounding ball, a connecting sleeve and fixing bolts, wherein the bottom plate has a square structure, fixing bolts are movably installed on four corners of the bottom plate, the grounding ball is arranged at the middle of the surface of the bottom plate, the connecting sleeve is installed atthe middle of the top of the grounding ball, an earth lead electrically connected with a tower pole is connected with the grounding ball after passing through the connecting sleeve, the grounding ballis buried in the soil, and the grounding ball is composed of an insertion rod, a wring port, a hemispherical shell, an installation tin seat, a lead and a hollow cavity. According to the automatic power transmission device disclosed by the invention, the contact area between the grounding ball and the soil is increased mainly by the cooperation of the grounding ball, the connecting sleeve and thelike, thereby ensuring full contact between the grounding ball and the soil and protecting the installation tin seat, the electric conduction is not affected even if the soil is frozen, a pressure can also be applied to a cylinder to deform the cylinder, the connection position between the connecting sleeve and the grounding ball is also easy to be loosened, thereby being convenient to maintain,and meanwhile the sharp corner of a V-shaped iron wire and the grounding wire rub against each other to remove the ice covering the surface.

The present invention provides a conductive paste capable of forming a fine conductive pattern with sufficient conductivity and good adhesion to a substrate and a method for forming a conductive pattern, and more specifically, provides a method that can be printed using gravure offset A conductive paste for forming a conductive pattern with a line width of 5 μm or less and a method for forming a conductive pattern. The conductive paste includes silver microparticles and an organic solvent, and the organic solvent includes a low-swellability organic solvent with a rubber sheet swelling rate of 2.0% or less, and the content of the low-swellability organic solvent is 3.0 wt% to 3.0% by weight. 30 wt%.

The present invention provides a conductive ink for transfer printing, which can calcinate a conductive film pattern having sufficient conductivity and good adhesion to a substrate at a low temperature. The conductive ink for transfer printing includes metal particles, a solvent containing ethanol, and 0.1% by mass to 3.0% by mass of a high boiling point solvent having a hydroxyl group.

The invention relates to light solidification compound and sinter pattern. A light solidification compound contains: (A) solder alloy powder, which contains at least one of plumbum (Pb), stannum (Sn), bismuth (Bi), zincum (Zn); (B) organic adhesive; (C) photopolymerization monomer; and (D) initiators for photopolymerization. Wherein, the solder alloy powder is 60-90 wt% in mixture. The light solidification compound of the invention is used to form precise electrode circuit on glass substrate of plasma display panel or ceramic substrate of circuit wiring substrate.

Provided is a resin electrode and an electrostatic dust collector using the same which has satisfactory electrical conductivity as an electrode and is excellent in discharge property and dust collecting property. This resin electrode is used for a counter electrode of a discharge electrode and comprises a conductive resin prepared by mixing polyolefin or polyester resin with conductive carbon black.

The present invention provides a kind of extremely thin small flaky silver powder. When it is used as a conductive filler, it can coat the conductive material thinly and evenly. The particle size is 3-8 μm, and the average thickness is 20-40 nm. In addition, the above-mentioned small flake silver powder material is extended to an average thickness of The manufacturing method of the process of 20-40 nm provides the above-mentioned ultrathin and small flaky silver powder.

Disclosed is an adhesive composition having high electrical conductivity and thermal conductivity even with no load and at curing temperatures of less than or equal to 200C, and having a high adhesive strength even at 260C; also disclosed is a semiconductor device produced using said adhesive composition. The adhesive composition contains (A) silver particles with a state ratio of oxygen derived from silver oxide of less than 15% when measured with X-ray photoelectron spectroscopy, and (B) an alcohol or carboxylic acid having a boiling point at or above 300C.