Barium Fluoride Formula
Barium Fluoride Formula
Barium fluoride Formula has the molecular formula BaF2 and is an inorganic chemical compound. Furthermore, it uses the fluorite structure at low pressure and the PbCl2 structure at high pressure. When placed in water, it, like CaF2, is insoluble. Above about 500 °C, the BaF2 corrodes due to moisture, but in dry environments, it can be used up to 800 °C. For a better understanding, the Barium Fluoride Formula is provided below.
Barium Fluoride Properties
The Optical properties of Barium Fluoride Formula are:
Between the wavelengths of 150–200 nm and 11–11.5 m, the barium fluoride is transparent to all visible light. Furthermore, we use it in the windows for infrared spectroscopy, particularly in the field of fuel oil analysis. Its transmittance at 200 nm is relatively low (0.60), but at 500 nm it rises to 0.96 – 0.97 and remains consistent until 9 m, when it begins to fall (0.85 for 10 m and 0.42 for 12 m). Furthermore, the refractive index is approximately 1.46 from 700 nm to 5 m.
The Chemical Properties of Barium Fluoride Formula are:
Barium fluoride has a melting point of 1,368 °C and a boiling point of 2,260 °C. It weighs 4.89 g/cm3 and has a density of 4.89 g/cm3. In addition, the molar mass of barium fluoride is 175.34 g/mol. It is only slightly soluble in water (H2O).
Barium Fluoride Chemical Structure
To learn more about the chemical structure of Barium Fluoride students can visit the website and mobile application of Extramarks. Extramarks resources will help students to prepare for all subjects easily.
Barium Fluoride Uses
There are various uses of Barium Fluoride. Barium fluoride is useful in the manufacture of optical components such as lenses. Furthermore, industrialists use it in the production of carbon brushes for DC motors. These are also used in the glass manufacturing process.
