- Definition of CrZnO3
CrZnO3, also known as Chromium Zinate or Zinc Chromite, is a chemical compound formed from two Chromium (Cr) atoms, one Zinc (Zn) atom, and three Oxygen (O) atoms. The molecular structure of CrZnO3 includes a central Zinc atom surrounded by Chromium and Oxygen atoms.
- Properties of CrZnO3
2.1 Physical properties of CrZnO3
CrZnO3 appears as a blackish-green powder, odorless, insoluble in water and most common solvents. Being a chemical compound, it does not have a specific pH level.
2.2 Chemical properties of CrZnO3
CrZnO3 is stable under normal temperature conditions but may decompose at high temperatures.
- Common chemical equations involving CrZnO3
Although CrZnO3 does not participate in many chemical reactions, it can react with strong acids to form Chromium acid and Zinc acid.
- Synthesis of CrZnO3
4.1 Laboratory synthesis of CrZnO3
CrZnO3 can be synthesized through the reaction between Chromium oxide and Zinc oxide under high temperature conditions.
4.2 Industrial synthesis of CrZnO3
In the industry, CrZnO3 is produced through a synthesis process from Chromium oxide and Zinc oxide, typically in a high-temperature furnace.