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Study of an effect of promising cellulose components on the physico-mechanical properties and a burning rate of a combustible material for combustible cartridge cases produced according to the filtration casting technology
Journal of Physics: Conference Series Pub Date : 2020-11-21 , DOI: 10.1088/1742-6596/1666/1/012054
R V Fataliev 1 , T A Eneikina 1 , L A Kozlova 1 , R F Gatina 1 , Yu M Mikhailov 2
Affiliation  

At present, cellulose and nitrocellulose components used in the field of ammunition are manufactured from a cotton linter or a wood. However, over the last decade the raw material characteristics, including for the nitrocellulose production for special purposes, have changed significantly both in connection with the loss of the traditional source of the cellulose raw material (the cotton linter) and with the deterioration of the quality of cotton cellulose. The new types of cellulose materials (a flax, a hemp, oats and etc.) have appeared on the market in due to the cotton deficit, intended for the special-purpose nitrocellulose. If we take into account the need to develop a component base based on the available domestic annually renewable sources of raw materials, then there is no doubt that the flax should be considered as a promising one.. In this connection, the possibility of an application of the flax pulp and NC based on it when manufacturing the combustible articles was investigated.



中文翻译:

研究有前景的纤维素成分对根据过滤铸造技术生产的可燃弹壳的可燃材料的物理机械性能和燃烧速率的影响

目前,用于弹药领域的纤维素和硝化纤维素成分是由棉短绒或木材制成的。然而,在过去的十年中,包括用于特殊用途的硝化纤维素生产在内的原材料特性已经发生了巨大变化,这与传统的纤维素原材料(棉短绒)来源的损失以及质量的下降有关。棉纤维素。由于用于特殊用途硝化纤维素的棉花短缺,新型纤维素材料(亚麻,大麻,燕麦等)已经出现在市场上。如果考虑到需要根据国内每年可再生的原材料来源开发成分库,那么毫无疑问,亚麻应被视为有前途的。

更新日期:2020-11-21
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