- Definition of P2S13
P2S13, also known as Diphosphorus dodecasulfide, is a compound of Phosphorus and Sulfur. The English name of this substance is Diphosphorus trisulfide. P2S13 has a total atomic mass of 444.56 g/mol. Its molecular structure consists of 2 Phosphorus atoms and 13 Sulfur atoms. P2S13 does not form ions in its pure state.
- Properties of P2S13
2.1 Physical properties of P2S13: P2S13 typically appears as a black, odorless solid. The pH of P2S13 liquid cannot be determined as it is insoluble in water.
2.2 Chemical properties of P2S13: P2S13 can react with certain metals to form complex compounds. It can also react with strong acids such as sulfuric acid.
- Common Chemical Reactions of P2S13
P2S13 is primarily used in chemical synthesis. However, due to its unique chemical properties, information about P2S13’s chemical reactions with other substances is not widely available.
- Synthesis of P2S13
4.1 Laboratory synthesis of P2S13: P2S13 is usually synthesized by thermally decomposing P4S10 in an air environment.
4.2 Industrial synthesis of P2S13: In industry, P2S13 is typically produced through the reaction between phosphorus and sulfur at high temperatures.