In this study, we report a skeletal editing strategy for the modular synthesis of bipyrazole energetic compounds. This study reveals that skeletal editing via distinctive retrosynthetic logic offers new opportunities in synthesizing HEDMs.
Tiger nut by-product may be a valuable ingredient for functional food development owing to the high antioxidant capacity and bioavailable polyphenols.
DATNBP-2 is designed and synthesized through isomerization of bi-diazole backbones. It possesses the highest Td value among the reported analogs so far, and its detonation performance and mechanical sensitivity are better than those of RDX and HNS.
Electric fields enhance mechanochemical decomposition of phosphate esters, and the non-monotonic variation in activation energies indicates the coupling of electro- and mechano-catalytic effects.
The first case of a decrease in density with the introduction of a trinitromethyl group.