135trinitrobenezene

135Trinitrobenzene is a synthetic chemical compound with the molecular formula C6H3N3O6. The compound is made up of 6 carbon atoms, 3 nitrogen atoms, and 6 oxygen atoms.

Initially synthesized in 1923, 135Trinitrobenzene was of interest to chemists due to its similarity to other well-studied chemical compounds. Like other nitrobenzenes, 135Trinitrobenzene has aromatic properties, which contribute to its reactivity.

When heated to certain temperatures, 135Trinitrobenzene undergoes explosive decomposition. This property means the compound can be hazardous when mishandled or left uncovered, especially in environments at risk of fire or flash.

Aromatic compounds like 135Trinitrobenzene often rearrange under heat and oxygen-free conditions. Studies involving thermal isomerization can aid in further understanding benzene rearrangements.

Some instances of synthesis and analysis of the properties and behaviors of 135Trinitrobenzene have been reported. Reports caution about handling procedures, too, though more focused experimentation is required on its complex characteristics.

Further research on 135Trinitrobenzene has potential in fields where nitrobenzenes are key to chemical reactions or to expanding knowledge of synthetic compounds.