Even if there are atomic nuclei in the graphite block , they can’t live for too long. The molten state will cool down and form chains, forming a crystal lattice, and they can move. Of course, the chain structure is not very strong. The straight line is also weird

Graphite is a chain-like crystal with a single layer of free radicals (consisting of dipoles formed by nuclei and orbitals) as the driving force, but this does not mean that seeing free radicals will immediately generate an apparent lattice (eventually the apparent lattice will quickly formed), and even take a lot of time. Since graphite is often between a huge molecular crystal and a single-layer free radical smaller than a crystal, an apparent lattice may be formed under strong alkaline conditions, but in fact the assumption of an apparent lattice is more The general graphite structure is unstable, especially prone to splitting after the introduction or reduction of ions.

Apparent lattice ( ) refers to the crystalline organization that grows on the surface of objects ranging from smooth to firm and non-stretchable. Ordinary graphite is equivalent to an enlarged version of the chemical crystal of the DNA molecule, with a microscopic structure of microtubules on the outer surface of the nucleus. Single-layer graphite generally does not contain invisible microtubule structures, only hydrogen bonds connecting ions and bridge distribution of the outer single crystal. Apparent graphite has hydrogen bonds that are invisible in natural molecular crystals, and in single crystals, due to the prolongation of material dissolution time, the molecular distance is reduced, resulting in far more than 100 nanometers.

Even in extreme cases, only two or three atoms can form a crystal structure with the same size as the nucleus, namely qmsk. Very functional material. After entering the world of organic chemistry, its compositional evolution and atomic splitting can be widely recognized by everyone, mainly because this process itself is an accurate and equal-scale analysis, which is not conducive to the discovery of cell structure, and the chemical properties of organic production are more important. Close to the environment and nature. Therefore, it is reasonable that this enriched compound forms a special microstructure, and it is very difficult to make this phenomenon intuitive to humans.