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also studied the Mg-N alloy and found that Mg75N25 reacts with Li at room temperature, and the circulation is greatly improved compared to pure Mg. Conventional Cu6Sn5 preparation methods include mechanical alloying, gas atomization, and melt rapid quenching . The graphite anode material has a special layered open structure. Used electron beam deposition of 1μm […]

At present, the form of A-M ‘type intermetallic compounds is widely used to buffer the volume change of alloy anode materials , where A is Al, Sn, Si and Sb and other active lithium storage elements, and M’ is an element that cannot form an alloy with lithium. The first reversible capacity of SiO0. The […]

m, rhodium, etc. Activated graphite electrode for arc furnace  is an invisible air filter. Transition hole: Radius 20-1000 A.8cm3 / g Residual chlorine adsorption rate ≥ 85% Filling density 0. Wood activated carbons generally have the largest pore radius. In the endothermic reaction, a mixed gas composed of CO and H2 is mainly generated to burn and […]

Because of the high functionalization and high quality, the pore distribution and the surface functional group spherical activated carbon application will be more targeted during the manufacturing and post-processing according to different needs. It has sufficient chemical stability and certain mechanical strength. There are three main aspects: blood purification as the active component of medicines […]

The three performance indicators play a very important role in the selection and application of activated carbon. The physical performance indicators are: shape, appearance, specific surface area, pore volume, specific gravity, mesh number, particle size, abrasion resistance, floating rate, etc. Chemical performance indicators are: PH value, ash, moisture, ignition point, uncarbonized matter, sulfide, chloride, cyanide, […]