What is Al4N6? Important knowledge about Al4N6.

Definition of Al₄N₆
Al₄N₆, also known as Aluminum Nitride, is a white solid formed from 4 atoms of aluminum (Al) and 6 atoms of nitrogen (N). The total atomic mass of these elements is 144.06 g/mol. The Al₄N₆ molecule forms a crystal lattice, each cell of which includes 4 atoms of aluminum and 6 atoms of nitrogen. Unlike many other compounds, Al₄N₆ does not form ions but forms a network structure in which atoms are linked to each other through covalent bonds.

Properties of Al₄N₆
2.1 Physical properties of Al₄N₆: Al₄N₆ is a white, odorless solid, insoluble in water and most common solvents. It has a melting point of over 2200°C and high hardness.
2.2 Chemical properties of Al₄N₆: Al₄N₆ is an inactive substance in the air at room temperature but relatively stable at high temperatures. It can react with acid to form aluminum but does not react with alkali.

Common chemical reactions with Al₄N₆
Due to the inactive nature of Al₄N₆, the range of reactions of this compound is quite limited, so there are not many examples of metal, acid, non-metal, or salt reactions that can be listed here.

Preparation of Al₄N₆
4.1 Laboratory preparation of Al₄N₆: Al₄N₆ is usually not synthesized in the laboratory as the synthesis process requires high and difficult-to-control conditions.
4.2 Industrial preparation of Al₄N₆: On an industrial scale, Al₄N₆ is prepared through the thermal decomposition of aluminum ammonium nitrate at high temperatures.