Aluminum Diboride Powder PropertiesAluminum diboride decomposes when heated. It is stable in dilute cold acid but not in hot hydrochloric or nitric. Aluminum diboride comes from mixing aluminum powder with boron powder after heating.
Aluminum boride (also known as AlB12) is one of two compounds containing aluminum and boran. AlB12 has a specific weight of 2,55 (18degC) and is a monoclinic, shiny black crystal. It is insoluble with water, alkali or acid. Nitric acid hot decomposes it. It is produced by melting together boron, sulfur and aluminium.
The structure is similar to that of magnesium diboride. The metallic conductivity of single crystals of aluminium diboride is parallel to the hexagonal surface of the substrate.
Aluminum Diboride Powder PreparationPowder metallurgy prepares AlB12 using amorphous Boron powder and Aluminum powder as the raw materials. Powder metallurgy is used to prepare AlB12 powder using amorphous boron powder and aluminum powder as raw materials.
Aluminum borides are AlB2, AlB4, and ALB12. Their structure is similar to other intermetallics, and it depends more on the crystallization of aluminum metal than their valence. Aluminum borides consist of AlB2, AlB4, AlB12 and their valence relationship.
Two simple substances with a melting point above 600 can react to form aluminum diboride AlB2. This is a multi-layered structure. Al atoms directly overlap (A, mode A), and B-atoms are filled into the triangular pillars created by the direct overlap between Al atoms.
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