The stabilities of furazan compounds can be improved when introducing picryl to the compounds. 苦基的引入可以提高呋咱类化合物的稳定性。
Estimation and Prediction on Heats of Formation for Nitro Furazan Series Compounds with Novel Molecular Subgraph 用分子子图法计算硝基呋咱化合物的生成热
Theoretical Study on Structures and Properties of Furazan and its Radicals 呋咱及其自由基结构和性质的理论研究
The application of high nitrogen energetic compounds in solid propellant, gas generant, explosive and smoke agent are reviewed. These high nitrogen energetic compounds are composed of tetrazine, tetrazole and furazan. 综述了四嗪、四唑和呋咱等高氮含能化合物在固体推进剂、气体发生剂、炸药、烟火药等中的应用。
Advances in high energy density matter of furazan series 呋咱系列高能量密度材料的发展
3,4-Diaminofuraza ( DAF) is an important precursor to synthesize furazan energetic materials. 3,4-二氨基呋咱(DAF)是合成呋咱类含能材料的重要前体化合物。
The molecular structure of nitro furazan compounds was described by a novel coding method on the basis of molecular sub-graph. 用新的分子子图法计算硝基呋咱类化合物的生成热,将呋咱基团视为母体,即基子图项;
7 new Furazan nitrogen oxides and 1 nitrate NO-donating compound were successfully synthesized. 合成了7个新的呋咱氮氧化物类和1个硝酸酯型NO供体型化合物。