首页> 外文会议>Seminar on New Trends in Research of Energetic Materials >Optimal ratio between NO_2 and NF_2 fragments in model formulations tetranitromethane + tetra(difluoramino)methane as oxidizer and either polyethylene or carbon, or boron as combustible
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Optimal ratio between NO_2 and NF_2 fragments in model formulations tetranitromethane + tetra(difluoramino)methane as oxidizer and either polyethylene or carbon, or boron as combustible

机译:模型配方中的四硝基甲烷+四(二氟氨基)甲烷作为氧化剂,聚乙烯或碳或硼作为可燃物,NO_2和NF_2片段之间的最佳比例

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Thermodynamic analysis of energetic parameters and combustion products of model energetic systems based on the mixture tetranitromethane + tet-ra(difluoramino)methane as oxidizer, and combustible (either polyethylene, or carbon, or boron) has been accomplished. Optimal ratios between components for maximal specific impulse achievement have been found. It was studied how the nature of combustion products and their content depend on the percentage of components and how the content of combustion products influences the specific impulse value.
机译:基于四硝基甲烷+ tet-ra(二氟氨基)甲烷作为氧化剂和可燃物(聚乙烯,碳或硼)的混合物,已完成了对模型能量系统的能量参数和燃烧产物的热力学分析。已经找到了用于实现最大比冲的部件之间的最佳比率。研究了燃烧产物的性质及其含量如何取决于组分的百分比以及燃烧产物的含量如何影响比冲值。

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