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Perchlorylamino furazans and their salts: new high-energy-density materials with high sensitivity

机译:栖息地利亚富唑及其盐:具有高灵敏度的新型高能密度材料

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摘要

The first perchlorylamino heterocycles, perchlorylaminofurazans, were obtained by the reaction of N-lithiated and N-silylated aminofurazans with FClO3 or Cl2O7. Energetic salts comprising nitrogen-rich 1,2,4-triazol-based cations and 3-nitro-4-(perchlorylamino)furazan anion whose predicted explosive performance was close or superior to that of HMX were synthesized and characterized. Although the explosive output of perchlorylaminofurazan salts is better compared to relative nitraminofurazan ones, they would more readily degrade (explode!) upon impact, friction or heating.
机译:第一个栖息型杂核杂环,栖息地是通过与FCLO3或Cl2O7的N-锂化和N-甲硅烷基胺氨基脲的反应得到的。 能量盐包含富含氮的1,2,4-三唑基阳离子和3-硝基-4-(栖息地林内)呋喃山阴离子,其预测的爆炸性性能接近或优于HMX的合成和表征。 尽管与相对硝基氨基脲的爆炸物输出较好,但与相对硝基氨基脲醛植物相比,它们会在冲击,摩擦或加热时更容易降解(爆炸!)。

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