高能烟火推进剂的配方设计+文献综述
关键词 高能烟火推进剂 软件辅助计算 高能氧化剂 高能粘合剂 高能可燃剂 Title High-energy Pyrotechnic Propellant Formulation Design
Abstract
The study of the high-energy pyrotechnic propellant was to establish the
relevant literature to explore the existing high-energy oxidants,
adhesives and fuel component consisting of high energy pyrotechnic
propellant formulation on the basis of Mg / PTFE-rich-fuel pyrotechnic
propellantpossibilities. In this paper, the theoretical calculation
method is based on the assumption that the chemical formula of Mg / PTFE
rich propellant, using Visual Basic 6.0 to write the software programs of
the propellant performance calculations, the software includes the type
of molding method type and casting molding method to calculate
progressagent of mechanical properties of heat release and combustion
temperature and ramjet engine parameters, such as thrust and specific
impulse, etc..
The calculated high-energy oxidant PTFE, high-energy binders HTPB, as
well as a series of high-energy fuel, through the contrast of each component
combination after a series of preliminary formula. Through the validation
of the software to calculate the series formula, the maximum heat release
can be achieved 38MJ/kg the propellant formulation: PTFE+HTPB+Be 、
PTFE+HTPB+BeH2、PTFE+HTPB+B5H9、PTFE+HTPB+(C2H5)3Al。
Keywords High energy pyrotechnic propellant Software supporting the
calculation High-energy oxidants High-energy adhesive High-energy fuel 目 次
1 绪论 1
1.1 研究背景1
1.2 国内外研究现状3
1.2.1 常规推进剂的研究现状 3
1.2.2 贫氧推进剂的研究现状 4
1.2.3 高能贫氧推进剂的研究现状 ..6
1.3 本论文的研究工作.8
本章参考文献.9
2 高能贫氧推进剂性能计算方法 .11
2.1 贫氧推进剂的推进机理..12
2.2 贫氧推进剂热学性能参数的计算方法..13
2.2.1 推力与比冲计算方法 .13
2.2.2 燃温计算方法 .15
2.2.3 燃烧热计算方法 ..17
2.3 本章小结..21
本章参考文献22
3 配方设计与性能计算 23
3.1 一系列配方及其性能.23
3.2 优选出能够达标的配方..33
本章参考文献39
4 构建高能烟火推进剂性能计算软件 40
4.1 根据配方的计算方法分类40
4.2 构建独立的计算软件界面41
4.2.1 设计构建计算界面 41
4.2.2 构建好的界面效果 42
4.3 编写独立的性能计算软件代码..43
4.3.1 编写放热量计算程序块 ..43
4.3.2 编写比冲等参数计算程序块 .44
4.3.3 编写燃烧温度计算程序块 45
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