3results about How to "Increase discharge voltage" patented technology

The application discloses an aluminum alloy electrode material and a preparation method thereof. Raw materials of the aluminum alloy electrode material include magnesium, tin, indium and aluminum. The preparation method of the aluminum alloy electrode material comprises the following steps: melting the raw materials to obtain aluminum alloy ingots according to mass percentage; performing heat treatment on the aluminum alloy ingots; performing rolling on the aluminum alloy ingots after the heat treatment; and obtaining aluminum alloy electrode plates with a target thickness. The aluminum alloy electrode material adopts specific alloy components, alloy proportions and a processing process to alloy the metal aluminum, so that the aluminum alloy electrode material has higher discharge voltage and higher electrode utilization rate when used in an aluminum alloy battery, the occurrence of a side reaction is reduced, the discharge energy of a unit mass electrode is improved when the aluminum alloy electrode is used, and the aluminum alloy electrode plate has better processing consistency compared with the same type of aluminum alloy electrode plate.

This invention provides a Mg-Sr-In alloy anode material for magnesium-air batteries and its preparation method, relating to the field of anode material technology. The magnesium-Sr alloy anode material for magnesium-air batteries described in this invention has a chemical composition mainly of Sr, In, and Mg. By doping pure magnesium anodes with appropriate amounts of Sr and In elements for microalloying, the microstructure of the magnesium alloy is altered, enhancing the corrosion resistance of the magnesium-air battery anode, activating anode reaction kinetics, maintaining the anode activation area, suppressing the negative differential effect, and reducing self-corrosion hydrogen evolution. This allows for stable discharge while improving the battery's discharge voltage and anode efficiency, significantly extending the battery's lifespan. The Mg-Sr-In anode material of this invention has a simple preparation process, low cost, and is easy to promote and apply, making it suitable for high-power electrical equipment.

The application discloses a layered oxide sodium-ion battery cathode material with a P2 / O3 dual-phase symbiotic structure and a preparation method and application thereof. a Ni b Mn c Fe d Mg 0.37‑b Ti 0.63‑c‑d O2, wherein 0.7