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Three-dimensional network structure nitramine gun propellant with nitrated bacterial cellulose

机译:三维网络结构硝基枪推进剂,具有氮化细菌纤维素

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The properties of gun propellants are important for the stability of weapon systems and have been extensively studied in the field of weapon research. In this work, an applied semi-solvent method was used to prepare a triple base gun propellant with nitrated bacterial cellulose (NBC)/nitrocellulose (NC) as the binder system. For the first time, the study found that the addition of NBC in the propellant system resulted in an distinct spatial 3D network structure. The morphology, composition, mechanical properties, energy, thermal behaviour, and combustion performance of the network structure were characterised. The formation mechanism of the spatial network structure and effect of the NBC addition on the propellant performance were discussed. This work verified the application of NBC in different plasticisers and indicated the effective improvement of the impact resistance and burning rate by the spatial network structure propellant with NBC, while retaining other properties.
机译:枪支推进剂的性质对于武器系统的稳定性很重要,并且在武器研究领域已经广泛研究过。在这项工作中,用于制备具有氮化细菌纤维素(NBC)/硝酸纤维素(NC)的三重底枪推进剂作为粘合剂体系。这项研究发现,在推进剂系统中添加NBC导致了不同的空间3D网络结构。表征了网络结构的形态,组成,机械性能,能量,热行为和燃烧性能。讨论了空间网络结构的形成机制和NBC添加对推进剂性能的影响。该工作验证了NBC在不同的增塑剂中的应用,并表明了通过NBC的空间网络结构推进剂的抗冲击性和燃烧率的有效提高,同时保留其他性质。

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