> 252 N). Remarkably, the ammonia oxide adduct compound 8 (C4H15N21O4) was exceedingly powerful (D: 9668 m s−1) similar to CL-20 (9706 m s−1) and showed good stability (Td: 168 °C; IS > 40 J; FS > 360 N). Moreover, compound 11 (C4H8NaN19) exhibits not only the thermal stability and high density of metallic salts but also the mechanical stability of nonmetallic salts, which provides an important strategy
本研究报告合成了一系列新型亚
氨基桥联富氮高能化合物,即 C 4 H 3 N 17 (N%: 82.4) 及其衍
生物,它们由四个
四唑 (
CN4) 部分形成。C 4 N 17 3-可以被不同浓度的HCl和富N阴离子如C 4 H 2 N 17 -酸化,得到中性化合物3(C 4 H 3 N 17)。新化合物都表现出良好的能量性能(D:8023–9668 ms -1; Td:169–277 °C;IS > 25 J;FS > 252 N)。值得注意的是,
氨乙烷加合物化合物8(C 4 ħ 15 Ñ 21 ö 4)是极其强大的(d:9668毫秒-1)类似于C
L-20(9706毫秒-1)和显示出良好的稳定性(TD:168℃ ;IS > 40 J;FS > 360 N)。此外,化合物11(C 4 H 8 NaN 19)不仅表现出
金属盐的热稳定性和高密度,还表现出非
金属盐的机械稳定性,这为含能材料的设计和合成