Compared with the market-oriented cathode materials, the lithium anode materials made of yellow tungsten oxide particles have the advantage of super-quick charging, which can effectively shorten the charging time of the capacitance type battery, so that it is more convenient for people to operate electronic products.
Nowadays, with the increasingly high performance requirements for power and energy storage batteries, lead-acid batteries, cadmium batteries and other batteries are gradually withdrawn from the market, and only lithium ion batteries stand out in the market and are used in portable electronic products.
Electronic technology is the emerging technology that Europe, America and other western countries began to develop at the end of the 19th century. Morse invented the telegraph in 1837, Alexander Bell invented the telephone in 1875, and Fleming invented the electron tube in 1902. The first generation of electronic products centered on electronic tubes. At the end of the forties, semiconductor triode was born in the world, which has the characteristics of compact, light, energy-saving, long life and so on. In the late 1950s, the first integrated circuit appeared, which integrated many electronic components such as transistors onto silicon chips, making electronic devices more compact.
In order to make more outstanding, the performance of lithium ion batteries to meet the needs of the future, researchers have long struggled to find new batteries, due to the tungsten reserves are abundant in China, the yellow tungsten oxide has good physical and chemical properties and electrochemical storage mechanism, therefore in large-scale energy storage applications development of li-ion battery anode materials technology has very important strategic significance.
In lithium ion batteries, yellow tungsten oxide particles have a larger porosity, which is conducive to the movement of ions, thus accelerating the charging speed of the battery.
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