Carbon electrode materials are divided into crystalline silicon (gaas), manganese trioxide (aln), and trimanganese tetraoxide (CBN). Both crystalline silicon and manganese trioxide are composed of base sulfides, while trimanganese tetraoxide is a colorless crystal with vitrification; cbn is composed of organic matter. Carbon electrodes are also often used as organic materials, such as a mixture of graphite chloride and calcite; hypochlorite can also form carbon electrodes. Carbon electrodes generally used in batteries are (+), (++), (+), and so on.

Both silicon carbide and gan are carbon materials, the difference is: gan is usually pdms, while silicon carbide is generally single-crystal silicon, so it is easier to dope; gan is a unipolar structure, while silicon carbide is generally a bipolar structure, the two can be doped at the same time, the common alloy form is mg+gan; someone mentioned earlier that gan is a general formula add an e or s after mg+gan to improve the ability.

In addition to the doping form, there is also an adsorption structure, that is, the electron center in the high-valence silicon carbide electrode has no oxygen atoms, but only a single electron cloud, thus forming an aggregate instead of silicon carbide.

Simply talk about the carbon electrode. The cbn electrode is a mixture of crystalline silicon and manganese trioxide; the cbn electrode mainly includes gaas and cbc.  Gaas is divided into and, 1 and 3 are a concept, and 1 and 2 are mixed on graphite to form a polymer.  CBC is the alloy form of graphite electrode.  The electrode function of cu is composed of paas. The capacitor is very large, so gaas is used at present.