- Definition of SeI2
SeI2, also known as Selenium Iodide, is a chemical compound made up of two elements: Selenium (Se) and Iodine (I). SeI2 has a molar mass of 317.87 grams/mol, with a molecular structure comprising of one Selenium atom and two Iodine atoms. This compound does not form ions in its solid state.
- Properties of SeI2
2.1 Physical properties of SeI2
SeI2 typically appears as a red solid with no distinctive odour. This compound does not have a clear pH level as it is insoluble in water.
2.2 Chemical properties of SeI2
SeI2 exhibits the basic chemical properties of inorganic substances, participating in simple reactions such as exchange reactions and complex formation reactions.
- Common chemical equations involving SeI2
The chemical reactions of SeI2 with metals, acids, non-metals, and salts are not yet well understood, hence there are no specific examples available at this time.
- Synthesis of SeI2
4.1 Laboratory synthesis of SeI2
The synthesis of SeI2 in the lab has not yet been conducted due to the insufficient understanding of its chemical properties.
4.2 Industrial synthesis of SeI2
The industrial synthesis of SeI2 has also not been carried out for similar reasons as its laboratory synthesis. Currently, SeI2 is mainly used in scientific research.