The glassy carbon electrode made of nano-magnesium oxide has many characteristics, such as good stability to the battery, high conductivity, high purity, no gas in the electrode, easy surface regeneration, small hydrogen and oxygen overpotential, and cheap price, etc. . The following is a brief introduction to the preparation process of adding nano-magnesium oxide to lithium batteries by Hebei Messi Biology Co., Ltd.
First of all, lithium-ion batteries choose to add 10-100g/L titanium dioxide, silicon dioxide, chromium oxide, zirconium dioxide, cerium oxide, iron oxide, barium sulfate, silicon carbide, magnesium oxide, etc. Insoluble solid particles; the material made as a lithium ion has the characteristics of good charge and discharge efficiency, high specific capacity, and stable cycle performance.
Secondly, the lithium battery positive electrode material uses nano-magnesium oxide as a conductive dopant to generate magnesium-doped lithium-iron-manganese phosphate through a solid-state reaction, and is further made into a nano-structured positive electrode material. Its actual discharge capacity reaches 240mAh/g. This new positive electrode material has the...
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