PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC The graphite associated with iron removal has significantly excellent electrical and thermal conductivity. And the physical properties (such as excellent mechanical strength, softness, elasticity, quantized transparency depending on thickness, high specific surface area, etc.) can be explained by the specific bonding structure of the atoms present in the graphite association. Graphite is a semi-metallic material in which the Fermi level state density of the electron is 0, and thus, depending on whether or not it is seeped, can easily change the electrical properties.
Three of the four peripheral electrons of the carbon that make up the graphitic association form hybrid orbitals to have it, while the remaining electron forms one with the surrounding carbon atom, providing a hexagonal two-dimensional structure. Therefore, the graphite associated with PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC is different from other carbon allotropes in band structure and has no band gap, thus showing excellent electrical conductivity.
A method of using graphite as a conductive agent for cathode paste of medium ion battery was proposed. The new PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC graphite is used as a conductive material in the cathode slurry of lithium ion battery, which provides a reasonable ratio between the active substance and other auxiliary materials.
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