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Concomitant polymorphism in oxime-bridged pyrazole–tetrazole energetic materials
Journal article   Open access   Peer reviewed

Concomitant polymorphism in oxime-bridged pyrazole–tetrazole energetic materials

Vikranth Thaltiri, Richard J. Staples and Jean'ne M. Shreeve
Journal of materials chemistry. A, Materials for energy and sustainability
2026

Abstract

A one-step synthesis of an oxime-bridged nitropyrazole–tetrazole yields two concomitant polymorphs, planar 3-α and twisted 3-β. Their contrasting solid-state geometries give rise to distinct packing, π-delocalization, and thermal stability. Both exhibit RDX-like detonation performance, demonstrating oxime bridging as an effective strategy for thermally stable, safer high-performance energetic materials.
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