- Definition of SeBr2
SeBr2, also known as Dibromide selenium, is a chemical compound. It consists of two bromine atoms (Br) and one selenium atom (Se). In the atom, the electrons are shared between the bromine atoms and the selenium atom creating a fundamental bond. The structure of the SeBr2 atom includes 4 outermost electrons of Se bonded with 2 Br atoms. The atomic mass of SeBr2 is 238.79 g/mol.
- Properties of SeBr2
SeBr2 is a white or slightly yellowish solid, odorless. The PH level of SeBr2 is not determined as it is insoluble in water. The chemical properties of SeBr2 are quite special, it can react with metals, acids, non-metals, and salts.
- Common chemical equations with SeBr2
SeBr2 rarely reacts with metals, acids, non-metals or salts due to its special chemical properties. However, when it does react, the chemical equations usually go along with the release of heat, creating new compounds.
- Synthesis of SeBr2
The synthesis of SeBr2 requires strict control due to its properties. In the laboratory, it can be synthesized by allowing selenium to react with bromine. In industry, the synthesis of SeBr2 is usually carried out through an electrolysis process or a process of bromine absorption by selenium under controlled temperature and pressure conditions.