- Definition of SeI4
SeI4 is a chemical compound also known as Selenium Iodide. SeI4 is formed by Selenium (Se) and Iodide (I) atoms in a 1:4 ratio.
1.1 Names
1.1.1 Common name: Selenium Iodide
1.1.2 English name: Selenium tetraiodide
1.2. Molecular mass: The total molecular mass of SeI4 is 545.66 g/mol
1.3. Atomic mass: The atomic mass of Se is 78.96 u and that of I is 126.9 u.
1.3.1 Molecular structure: The molecular structure of SeI4 includes a central Selenium atom surrounded by four Iodide atoms.
1.4 Ion structure: SeI4 does not dissociate into ions in solution.
- Properties of SeI4
2.1 Physical properties of SeI4
State: Solid
Color: Colorless
Smell: No information
pH: Not applicable as SeI4 does not react with water to form H+ or OH- ions
2.2 Chemical properties of SeI4: SeI4 does not react with metals, acids, and does not form compounds with salts.
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Common chemical equations of SeI4
As SeI4 does not react with metals, acids, and salts, there are no typical reaction examples. -
Synthesis of SeI4
4.1 Laboratory synthesis of SeI4:
SeI4 is synthesized through the reaction between Selenium and Iodide.
Se + 2I2 -> SeI4
4.2 Industrial synthesis of SeI4:
There is no information on the industrial synthesis process of SeI4.