基于亲油性纳米颗粒的高密度悬浮燃料-研究

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1、higherthanRJ-5fuelwhichpossessesthehighestofdensityandvolumetricenergycurrently.Atroomtemperature,thesuspensionfuelscouldflowlikepureliquidfuel,andindicativeofgoodlowtemperatureviscosity.Theadditionofboron,carbontubesandaluminumnanoparticlescanalsoshortentheinniti

2、ondecayofquardricyclan/fumingnitricacidandquardricyclan/N2O4,andboronnanoparticlesshowthebesteffect.Intheengineignitionexperiments,nanoparticlesdispersedinsuspensionfuelcouldcombustcompletely,andnopipelinejamphenomenonoccurred.KEYWORDS：high-energyliquidfuel;energe

3、ticnanoparticle;surfacemodification;suspensionfuel;propellant万方数据目录第一章文献综述..........................................................................................................11.1航天推进剂的研究意义......................................................................

4、.............11.2高密度燃料的合成及应用研究.......................................................................21.3高密度液体碳氢燃料.......................................................................................31.3.1概述.......................................................

5、..................................................31.3.2高密度液体碳氢燃料合成进展.............................................................41.4添加高能纳米颗粒的新型高密度燃料...........................................................81.4.1概述...............................................

6、..........................................................81.4.2含能纳米颗粒燃料研究进展.................................................................81.4.3纳米颗粒的表面改性方法...................................................................111.4.4针对硼、碳、铝的表面改性方法..................

7、.....................................141.5含有高能颗粒燃料性能测试.........................................................................171.6本论文的主要研究内容.................................................................................18第二章亲油性非金属纳米颗粒的制备.......................

8、.............................................192.1引言....................................................................................................