Ca3n2 is an inorganic compound which is composed of calcium and nitrogen. It is often used in the production of reactive nitride ions. Calcium nitride powder should be stored in a dry environment. When exposed to air, it may react with water to form ammonia.
This inorganic material can be obtained from a variety of sources. The easiest source is milk. Another is red cabbage. Other common sources include seeds and protein.
Ca3n2 is one of the most commonly found calcium nitride compounds. However, there are other isomorphic forms of this chemical. Among these, a-calcium nitride is the most common. In addition to this, g-Ca3n2 is also a common form.
These compounds are typically named as ionic in nature, which means that they have an ionic bond. Because of the presence of nitrogen in these compounds, they are also called nitrides. As a result, these compounds have a variety of stable and unstable properties. They can undergo hydrolysis and oxidation to produce a metal hydroxide.
CaNx, a family of CaNx compounds, is a group of crystals that contain polynitrogens. There are a variety of forms, from small molecules to extended chains. Crystals that contain polynitrogens are potentially high-energy density materials. Various spectroscopic studies and first principles DFT calculations have been carried out to explore the electronic structure of these compounds.
In general, calcium nitride is a flammable solid that should not be left in an open flame. It should also be protected from heavy pressure.