C4H6N4O3

C4H6N4O3 is the molecular formula used to describe a family of organic compounds that share four carbon atoms, six hydrogen atoms, four nitrogen atoms, and three oxygen atoms. The formula alone does not specify a single substance; many constitutional isomers can satisfy C4H6N4O3, and each may differ in shape, stability, and reactivity.

Because the formula is not unique to one structure, the properties of compounds with this formula are highly structure-dependent. Structural possibilities often involve nitrogen-rich cores or imide-like frameworks that incorporate carbonyl or amidic functionalities, but the exact arrangement of atoms determines the characteristics of any particular isomer.

Possible structural motifs include:

- nitrogen-rich heterocycles containing two or more nitrogens and carbonyl-like groups, such as ring systems with imide or tetrazine-related features.

- open-chain or cyclic imide- or hydrazide-type structures derived from small carbonyl fragments attached to amino or hydrazino substituents.

Identification and data for this formula depend on the specific compound. In chemical databases and catalogs, C4H6N4O3 serves as an empirical or molecular formula entry, but a precise substance would require a CAS number and a systematic name to provide definitive data on melting point, solubility, reactivity, or safety.

Applications for compounds with this formula are not universal; they may appear in theoretical studies or as precursors in synthesis of more complex nitrogen-rich molecules. If a particular isomer is known (with its CAS or IUPAC name), a more detailed, structure-specific article can be provided.

See also: chemical formula, isomer, nitrogen-rich heterocycles.