corresponding nitramine. 3-Nitramino-4-nitrofurazan is a very promising explosive regarding detonation performance but it suffers from its hygroscopicity, low thermal stability, and high sensitivity to external stimuli. The introduction of other nitramine groups either by alkylation with 1-chloro-2-nitrazapropane or by combination of two 3-nitramino-4-nitrofurazans yielded the corresponding more stable
用
N2O5 硝化 3-amino-4-nitrofurazan 产生相应的
硝胺。
3-硝基-4-硝基
呋喃是一种在爆轰性能方面非常有前途的炸药,但它具有吸湿性、热稳定性低和对外界刺激敏感性高的缺点。通过用 1-
氯-
2-硝基丙烷烷基化或通过两种
3-硝基-4-硝基
呋喃的组合引入其他
硝胺基团,产生相应的更稳定和非吸湿性的开链
硝胺。通过单晶X射线衍射研究了它们的分子结构。通过计算它们分子表面的静电势来评估它们的冲击敏感性的显着差异。此外,