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HEXANITROGEN

Hexanitrogen

Chemical compound

Hexanitrogen (diazide, hexaaza-1,2,4,5-tetraene) is an allotrope of nitrogen with the formula N6. The six nitrogen atoms are all covalently bonded in a

Hexanitrogen

Hexazine

Chemical compound

is anti-aromatic. The synthesis of the structural isomer, the linear hexanitrogen, C2h-N6, was published in 2025. The hexazine molecule bears a structural

Hexazine

Chlorine azide

Chemical compound

with silver azide to produce a very unstable allotrope of nitrogen, hexanitrogen (N6), which decomposes to dinitrogen above 80 K (−193.2 °C; −315.7 °F)

Chlorine azide

Chlorine_azide

Nitrogen

Chemical element with atomic number 7 (N)

that could be used as powerful propellants or explosives. Synthesis of hexanitrogen (N6), a moderately stable molecule having a structure akin to a dimer

Nitrogen

Topics referred to by the same term

formula of hexazine, an allotrope of nitrogen N6, the chemical formula of hexanitrogen, an allotrope of nitrogen n−6 or omega−6 fatty acid LNER Class N6, a

Pseudohalogen

Compounds with similar properties to polyatomic halogens

isotellurocyanic acid isotellurocyanato- -yl isotellurocyanate ~ NCTe −N=C=Te azide hexanitrogen hydrazoic acid Azide azido- -yl azide ~ N3 −N−−N+≡N ↕ −N=N+=N− Other

Pseudohalogen

Allotropes of nitrogen

Chemicals containing only nitrogen

observed, both pentazenium N+5 and cyclo–N+5 pentazolate are known. Hexanitrogen (N6), a neutral, linear chain of six nitrogen atoms with alternating

Allotropes of nitrogen

Allotropes_of_nitrogen

Allotropy

Property of some chemical elements to exist in two or more different forms

most common and stable form of nitrogen, found in the air. Hexazine Hexanitrogen Octaazacubane Tetranitrogen Trinitrogen Solid nitrogen Phosphorus White

Allotropy

Bromine azide

Chemical compound

with silver azide to produce a very unstable allotrope of nitrogen, hexanitrogen (N6), which decomposes to dinitrogen above 80 K (−193.2 °C; −315.7 °F)

Bromine azide

Bromine_azide

Solid nitrogen

Solid form of the 7th element

Schreiner, P. R. (2025). "Preparation of a neutral nitrogen allotrope hexanitrogen C2h-N6". Nature. 642 (8067): 356–360. Bibcode:2025Natur.642..356Q. doi:10

Solid nitrogen

Solid_nitrogen

Karl O. Christe

German inorganic chemist (1936–2026)

held more than 60 patents. In 2025, remarking on the discovery of the hexanitrogen molecule, the most energetic molecule yet made, Christe wrote: "This

Karl O. Christe