- Definition of Sr3N2
Sr3N2, also known as Strontium Nitride, is a compound of Strontium and Nitrogen. In English, it is called Strontium Nitride. This compound comprises 3 Strontium atoms (Sr) and 2 Nitrogen atoms (N), with a total molecular weight of 321.53 g/mol. In this compound, Strontium carries the ion form Sr2+, while Nitrogen carries the ion form N3-, making up an ionic compound.
- Properties of Sr3N2
2.1. Sr3N2 is a solid, stable, and sturdy compound, colorless and odorless. It does not dissolve in water and does not possess acidic or basic properties (pH = 7).
2.2. The chemical properties of Sr3N2 include the ability to react with water to produce hydroxides and ammonia, or to react with acids to produce salts and ammonia.
- Common chemical equation of Sr3N2
Sr3N2 can react with water according to the equation: Sr3N2 + 6H2O -> 3Sr(OH)2 + 2NH3.
- Synthesis of Sr3N2
Sr3N2 is commonly synthesized through the thermal decomposition of Strontium and Nitrogen, using high temperatures (around 600 degrees Celsius) in a sealed furnace. In practical situations, industrial production of Sr3N2 requires strict control of the thermal process to avoid material losses and ensure product quality.