| In this paper, the thermal decomposition reaction of SEFAE and its liquid component is studied. Decomposition process of this liquid-solid composite fuel is carried out using DSC-TG-MS instrument. The feasible decomposition mechanism of this fuel is carried out by analyzing the DSC-TG graphs and MS graphs, and the affections between the solid component and liquid component is also analyzed. The liquid-solid composite fuel preserved for one year under naturally condition is studied using DSC-TG-MS to compare with standard sample, and thus its preservation ability is proved. ARC instrument is also utilized to study the thermal decomposition character of several liquid-solid composite fuel and its liquid component. By comparison of their compatibility, one composite fuel which is superior than others is studied of its preserved sample to learn more about its preservation ability. |
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