127results about How to "Increase unit capacity" patented technology

A metal-over-metal (MOM) device and the method for manufacturing same is provided. The device has at least one device cell on a first layer comprising a frame piece and a center piece surrounded by the frame piece. The center piece has a cross-shape center portion defining four quadrants of space between the frame and center pieces. The center piece has one or more center fingers each extending from at least one of the four ends thereof within a quadrant. The frame piece also has one or more frame fingers extending therefrom, each being in at least one quadrant and not being overlapped with the center finger in the same quadrant.

A semiconductor capacitor structure includes a first metal layer, a second metal layer, a first set of via plugs, a second set of via plugs, and a dielectric layer. The first metal layer includes a first portion, a plurality of parallel-arranged second portions, a third portion, and a plurality of parallel-arranged fourth portions. The second metal layer includes a fifth section, a plurality of sixth sections, a seventh section, and a plurality of eighth sections. The first set of via plugs electrically connects the plurality of second sections to the plurality of sixth sections. The second set of via plugs electrically connects the plurality of fourth sections to the plurality of eighth sections.

The invention provides a preparation method of chloroepoxy propane by chloropropene epoxidation. Chloropropene, a solvent and titanium silicalite molecular sieve catalyst fine particles are put in a reaction kettle for reaction at the temperature of 10-80 DEG C. The method is characterized in that the reaction kettle is a single kettle or multistage slurry bed reaction kettles with same or different volumes which are connected in series; the reaction solution needs not to be homogeneous phase, slurry particles of the chloropropene, the solvent and the titanium silicalite molecular sieve catalyst are added to a first stage reaction kettle by a metering pump, hydrogen peroxide is dropwise added to the first stage reaction kettle or each stage of the reaction kettles, the reaction occurs in a weakly acidic condition, materials are subject to oil-water delamination after the reaction to be divided into oil-phase slurry and water-phase slurry; the catalyst is suspended in the water phase, and the oil phase is sent to a rectification tower to separate the chloropropene, the epichlorohydrin and trace methanol; the water phase slurry is filtered, a catalyst filter cake or concentrated slurry is directly beaten by the solvent, and pumped to a first stage epoxidation reaction kettle, the water phase slurry contains the methanol, trace epichlorohydrin and the water which is generated by the reaction and the water which is taken by the hydrogen peroxide, the trace methanol and the epichlorohydrin are separated out by negative pressure rectification, and the recovered methanol is used for preparation of the catalyst slurry. The method has the advantages of simple process, little solvent consumption and high product separation yield, and is available for industrialized production.