What Is Atomic Arrangement of Single Crystal Tungsten Oxide?

The crystal structure of single crystal tungsten oxide (WO3) is composed of the arrangement of tungsten oxide atoms (W and O atoms). It adopts the hexagonal space group and has a specific lattice structure.

In single crystal tungsten oxide, tungsten oxide atoms are arranged according to certain rules to form a lattice structure. Each tungsten oxide unit cell contains several tungsten oxide atoms. In the unit cell, tungsten atoms (W atoms) are located on the six corners of the hexagonal closest-packed unit cell, while oxygen atoms (O atoms) are located on the three face centers of the hexagonal closest-packed unit cell. Tungsten atoms and oxygen atoms are connected to each other by sharing oxygen atoms to form a crystal structure.

This arrangement makes single crystal tungsten oxide have specific crystal structure and lattice parameters. Lattice parameters describe the spacing and arrangement of atoms in a crystal. For single crystal tungsten oxide, its lattice parameters can be determined and characterized by experimental techniques (such as X-ray diffraction) or computational methods.

It should be noted that the atomic arrangement and lattice structure of single crystal tungsten oxide are determined by its crystal structure, and the specific atomic coordinates and unit cell parameters can be obtained through experiments or calculations.

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