furazan

furazan的基本解释

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呋咱

与furazan相关的网络例句 [注：此内容来源于网络，仅供参考]

The relative molar concentration ratios of c(superscript * subscript NO)/c(superscript * subscript NO2) changes as the temperature and pressure change. These results reveal that the two competitive reactions of C-NO2 homolysis (to form NO2) and isomerization may occur during the fast thermolysis of DNTF. NO formation from the cracking of furazan or furoxan rings may be limited by pressure.

结果表明，DNTF快速热裂解的主要产物CO、CO2、NO和NO2的相对摩尔浓度c与温度和压强有关，通过分析相对摩尔浓度比c(上标*下标 NO/c(上标*下标 NO2)随温度和压强的变化，揭示了DNTF中碳硝基C-NO2存在均裂生成NO2和异构化生成NO两条竞争分解的可能途径，同时压强可能抑制呋咱环和氧化呋咱环生成NO的可能性。

The primary step in the thermal decomposition of DNOAF is the disconnection of C-N bond between the furazan rings, followed by the step for the opening of the furazan rings.

在实验基础上提出了DNOAF的热分解历程，DNOAF的热分解首先发生在呋咱环间的C-N键，然后是呋咱环的开环分解。

The experiments showed that the mixture of H2O2 and Na2WO4 or (NH4)2S2O8 in CH3SO3H media is a new kind of efficient oxidant for the synthesis of one or more furazan rings with amino and nitro groups.

研究表明甲烷磺酸/过氧化氢/碱或碱土金属和胺为基的氧化物混合物是制备同时含有氨基和硝基基团的系列呋咱化合物非常有效的氧化体系。

In this paper, the research and application progress on quinolines, benzimidazoles, and furazan etc deviatives of rosin were reviewed. The research foreground of rosin-based heterocyclic compounds were also forecasted.

本文对喹啉、苯并咪唑、呋咱等系列松香基杂环化合物的研究进展进行了综述，并对松香基杂环化合物的研究前景进行了展望。

Relevant works of other groups worldwide are introduced, espically as the synthesis, performance and application investigation of tetrazine, tetrazole and furazan based HiNC.

本文综述了新型高氮化合物及其含能材料的研究进展，介绍了国内外近十年来众多研究小组的相关工作，重点阐述了四嗪、四唑和呋咱3大类高氮含能化合物的合成、性能及应用研究进展。

与furazan相关的网络解释 [注：此内容来源于网络，仅供参考]

furazan：呋咱

furazabol呋拉扎勃 呋咱甲氢龙 | furazan呋咱 | furazano-呋咱并