A very stable structure can be created, if we rotate around a hexagonal magnet ring, a linear chain so as to create an outer ring with a closed magnet arrangement. We can add as many outer rings as we want. In this way, a closed configuration CP is created which is the basis for the creation of the structures CCP and HCP. We start with a HP Hexagonal Packing structure. Then add another layer above with the same polarity so that each sphere contacts three spheres of the previous surface. We put another layer in the same way. In this way a very stable structure is finally created, which has all the features of the CCP structure. OBLIQYE HEXAGONAL PRISME. Formation of the CCP structure by means of neodymium magnets. Ways of connecting hexagonal rings in 2D. There are two ways of connecting hexagonal rings to the plane. In the first connection mode, all the rings have the same magnetic moment and the connection is Simple Packing (SP). In the second connection mode the hexagonal rings have opposite magnetic torque and the connection is Closed Packing (CP). See more crystal shapes in: CRYSTALLOGRAPHY TETRAGONAL SYSTEM TETRAHEDRON, HEXAHEDRON, OCTAHEDRON, CUBOCTAHEDRON IN NATURE. Gold (Au), platinum (Pt) and silver (Ag) crystallize in the structure CCP. Also, many widely used metals such as copper (Cu), nickel (Ni), aluminum (Al), and lead (Pb) crystallize in this structure and are described by the FCC cell. The FCC lattice of Gold. Gold crystallizes in the cubic system.
0 Comments
|