含能油墨配方设计及其在微孔装药中的应用❋OACSTPCD
Formulation Design of Energetic Ink and Its Application in Microporous Charge
为优化微装药方法及设计合适的含能油墨配方,将喷墨打印装药和湿法压装两种装药方法结合起来,发现装药密度得到明显提高,装药均一性较好。采用激光点火方式,结合高速摄影和X射线衍射( XRD)等对微孔燃烧过程及其燃烧产物进行分析,获得了含能油墨中载体种类、纳米Al/CuO含量和Φ值对微孔燃烧的影响规律。发现硝化棉( NC)不但有很好的油墨性能、装药性能,而且点火燃烧性能良好。得到以下结论：载体为NC且质量分数为7.5％,Al/CuO的Φ值为1…查看全部>>
[ ABSTRACT] In order to optimize micro￣charge methods and design appropriate energetic ink formulations, two kinds of charge, the ink￣jet printing and wet press charge, were combined. Charge density has been significantly improved and bet￣ter charge uniformity was obtained. Combustion process and combustion products were analyzed and characterized by means of laser ignition combined with high￣speed photography and X￣ray diffraction ( XRD) . The influences of…查看全部>>
沈龙生;代骥;叶迎华;胡艳
南京理工大学化工学院 江苏南京，210094南京理工大学化工学院 江苏南京，210094南京理工大学化工学院 江苏南京，210094南京理工大学化工学院 江苏南京，210094
军事科技
喷墨打印纳米Al/CuO含能油墨微装药
ink￣jet printingnano Al/CuOenergetic inkmicro￣charge
《爆破器材》 2015 (5)
1-4,9,5
江苏省自然科学基金青年基金项目(BK20140788)；预研基金项目(9140A05070114BQ02073)
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