48results about How to "Increased diffusion resistance" patented technology

The invention relates to a kind of method for manufacturing propylene by catalytic cracking alkene of no less than tetra carbon, which mainly solves the short catalyst regeneration period problem and the stability problems uninvolved in previous technique. The invention uses minor crystalline grain and molecular sieve with high silicon-aluminium ratio as the catalyst for catalytic cracking with alkene that no less than tetra carbon to manufacture propylene. According to the technique scheme that described above, the invention can solve the problems mentioned above excellently, and can be used in industrial production of manufacturing propylene by catalytic cracking with alkene.

An improved electrical interconnect for an integrated circuit and methods for providing the same are disclosed. The electrical interconnect includes an air bridge extending through a gaseous medium so as to reduce the capacitance of the interconnect. The air bridge is supported at a first and second end such that the air bridge is suspended above the substrate. The air bridge comprises a highly conductive material, such as silver, so as to provide the air bridge with a reduced resistivity. To inhibit gaseous medium from contaminating the air bridge, the air bridge further comprises an adherent coating interposed between the air bridge and the gaseous medium. A method of forming the electrical interconnect is also disclosed, wherein, prior to forming the adherent coating, the conductive material is processed so as to form fewer grain boundaries, which enhances the electrical properties of the air bridge.

A lithium-ion battery comprising at least one battery cell (2), the battery cell (2) in each case comprising a negative electrode (21), a positive electrode (22), an electrolyte composition (15), and a separator (18), characterized in that the lithium-ion battery further comprises at least one fast discharge device (61) and the surface of the negative and / or of the positive electrode (21, 22) is coated with a material which has an electrical resistance of more than 0 [omega]cm2 and a lithium-ion conductivity of more than 0 S / cm and which has a solubility of less than 1 g / L in the electrolyte composition (15) under the operating conditions of the lithium-ion battery.

The invention discloses biomass carbon-based briquetted coal for replacing fossil fuel. The biomass carbon-based briquetted coal for replacing fossil fuel, based on 100 mass parts of agricultural and forest biomass raw material, comprises the following auxiliary materials: 0.01 to 0.05 mass percent of swelling agent, 0.001 to 0.005 mass percent of potassium permanganate oxidizer and 0.1 to 0.5 percent of calcium lignosulphonate organic binder. The production process comprises: crushing, drying, mixing and stirring the raw materials; subjecting the stirred raw materials to primary prepressing and secondary compression forming, and performing moisture regain preventing treatment; and finally, packaging finished product. Besides high density, convenience for storage and transport, high combustibility, high combustion performance, high heat efficiency, the biomass carbon-based briquetted coal produced by the process also has the advantages of generating less ash, hardly generating SO2 andNOx during combustion, avoiding environment pollution and the like. The carbon-based fuel disclosed by the invention is prepared from widely available raw materials and is environment-friendly, and the environmental-protection benefit of the carbon-based fuel is very obvious.