40results about How to "Improve power storage performance" patented technology

The invention relates to the technical field of dry batteries, and in particular relates to a zinc-manganese dry battery with an improved structure and a preparation process of the zinc-manganese dry battery. The zinc-manganese dry battery comprises a zinc cylinder, pulp paper, a base, a positive electrode material, an isolation sheet, a carbon bar, a sealing unit, a positive electrode cap and a cover, wherein the sealing unit is a sealing ring; the sealing ring comprises a central column, a peripheral part and a connecting sheet; the central column is arranged in the center of the sealing ring; the peripheral part is arranged at the edge of the sealing ring; the connecting sheet is connected with the central column and the peripheral part; a through hole through which the carbon bar penetrates is formed in the central column; and the lower end of the through hole is gradually expanded outwards. The lower end of the through hole is gradually expanded outwards, so that the size of the lower part of the through hole is slightly greater than that of the upper part of the through hole, providing coating space in the through hole for a sealant, the carbon bar can be well aligned with the through hole during penetration, is convenient to install, and can be prevented from being scratched when being aligned with the through hole and penetrating through the through hole, so that assembling is facilitated. According to the preparation process, the production process is simplified, and the production cost and the labor cost are reduced.

The invention provides a preparation method of a base material of an ionic induction plaster. The base material of the ionic induction plaster can be prepared through modification, and can be used for preparing an ionic induction plaster with high specific surface voltage and continuous microcurrent. Through performing modification on the base material, the specific area of ion stack layers of the ionic induction plaster is improved, the electricity storage capacity and the electric charge retention ability are obviously improved, the specific area of the ion stack layers is 122.8m<2> / g-130.6m<2> / g, the surface potential value can reach 1800SEV-3000SEV, and can reach 800SEV above after the base material is used for 60 h. According to the preparation method of the base material of the ionic induction plaster, the high specific surface voltage can generate continuous microcurrent, so that an obvious therapeutical effect can be exerted on osteoproliferation, lumbar spondylosis and arthralgia.

The invention discloses a molybdenum oxide / carbon-coated titanium nitride nanotube array composite material and its preparation method and application. The material comprises a molybdenum oxide nanofilm and a carbon-coated titanium nitride nanotube array film; the oxide The molybdenum nano-film is used as the active layer for electricity storage, the carbon-coated titanium nitride nanotube array film conducts the base layer, and the molybdenum oxide nano-film completely covers the surface of the carbon-coated titanium nitride nanotube array film, forming an integrated structure of molybdenum oxide / Carbon-coated titanium nitride nanotube array composite material; the molybdenum oxide nano-membrane has a microporous film structure assembled from nanoparticles, and the carbon-coated titanium nitride nanotube array has tube walls connected, orderly and closely arranged Nanotube array structure. Compared with the prior art, the material of the present invention has better electrical conductivity and electrochemical corrosion resistance, and at the same time, the obtained material has higher energy density and power density, and has good charge-discharge cycle stability.

The invention discloses a multi-layered nano piezoelectric device, which is a rectangular structure formed by stacking at least five layers, which are gallium nitride-polystyrene matrix layer I and n-type silver-doped zinc oxide nanowire array layer in sequence. Ⅰ. Five-layer lamination of nitrogen-doped graphene layer, n-type silver-doped zinc oxide nanowire array layer II and gallium nitride-polystyrene matrix layer II; in the gallium nitride-polystyrene matrix layer Ⅰ One side of the nitrogen-doped graphene layer is connected to an indium tin oxide electrode I, one side of the nitrogen-doped graphene layer is connected to a graphite electrode, and one side of the gallium nitride-polystyrene matrix layer II is connected to an indium tin oxide electrode II. The piezoelectric device of the present invention has relatively high current and voltage, is small in size, can be used in series and parallel and can realize stable output, can be widely used in daily life, and is a passive and environment-friendly piezoelectric device. The invention also discloses a preparation method of a multi-stacked nanometer piezoelectric device.

The invention discloses an energy storage photosensitive solar energy cell anode and a preparation method thereof. A structure of the energy storage photosensitive solar energy cell anode comprises a conductive glass substrate, a photoelectric conversion layer contacting with a conductive surface of the conductive glass substrate and an electric storage layer contacting with the photoelectric conversion layer. Nanometer TiO2 added drop by drop with an adhesive is grinded to a sticky state, is then coated on the conductive surface of the conductive glass substrate, is then dried, is then immersed in photosensitive dye for 12-24 hours and is then dried to form the photoelectric conversion layer; charcoal aerogel added drop by drop with an adhesive is grinded to a sticky state, is then coated on the photoelectric conversion layer and is then dried to form the electric storage layer; and the conductive glass substrate coated with the photoelectric conversion layer and the electric storage layer is baked at temperature of 130 DEG C for half an hour to form the energy storage photosensitive solar energy cell anode. The energy storage photosensitive solar energy cell anode has uniform coating, and an energy storage photosensitive solar energy cell assembled by the energy storage photosensitive solar energy cell anode has relatively good photoelectric conversion and energy storage capabilities.